WPC9? ?PPt~]ӱCTQ<5G8PѰ"̠YhzxH*xi,_nm=Ͱ0n| @m .hAȠhlUwO_xRjNAe دO\?8\2zSެ?{:Y`:ƇҳQ](ٗ#c(|R4 nǙc]7YK jQ&!Jo$^4LM%g:{sX&bHu _*o7qmz#EҐɈ՗A }y[қcYq t4pAHk|0[OeniHDa{5(U?-2׺- 2 ʏc´ֵKk/QGbTiO$R iXc[iFHwk]_h~AS# UN % 0( UN' wu 4y  : 0DUHUN,b 0DNUN^ ".Z0 mUB 0~aUN}^Z)JZ'Z= PL 0N3 ^U> ^Z{ j J? P X \1 XfFKLTX1T ^ ^; N XZ?ZJT= ^ X TGZTPIZJZ= \ R `E!E!N!\! TO"P" T" TG#P#P# L;$ J$ X$T)%F}%F%H & dQ&Q&Z&Z'Ji'Z'Z (Jg( b( b) Zu)Z)Z)*J*\* b)+ T+ Z+^9,P,V,J=-T- b-^=. d.`. 8_/4/Z/T%0 \y0X0Z-1F1X1X%2 b}2 ^2 T=3^3P3Z?4 `4 X4\Q5T5Z6T[6f6F7L[7J7 ^7 XO8Z8T9ZU9T9f:Fi:L: ^:ZY; ^;Z<Xk< ^<Z!=!=!=^{=^=V7>7> X>T>HP LaserJet 4200 PCL 60(hH  Z 6Times New Roman RegularX($ 6Times New Roman RegularH83|x 0  '  _ XLXXX @X XLCommerceControlList@BBBSupplementNo.1toPart774666(#Category6"page  1  #O @+##XXOJ#(3$ !  +ON  0Times New Roman Bold $Tahoma(3$ !  !(hH  Z 6Times New Roman Regular|8s 46E001 Technology according to the GeneralU\  `*Times New RomanTTV& 8Document[8]Document Style0..8` ..`  excimer(9 Z6Times New Roman Regular T  )  _ OXXExportAdministrationRegulations#XXO.#%o%XX @*#XX%%o#OXXԈ((:(# April18,2008#XXO# 6E002 Technology according to the General6E201 Technology according to the6E001 Technology according to the General   6E002 Technology according to the General6A991 Marine or terrestrial acoustic6A991 Marine or terrestrial acoustic(O$ a.3.a. Non- space-qualified focal plane\  `&Times New Roman a.2. Image intensifier tubes and specially a.2. Image intensifier tubes and specially a.1. Space-qualified solid-state detectors, as b.2.b.1. Space-qualified; or d.1. Space-qualified cryocoolers;6A102 Radiation hardened detectors, other6A202 Photomultiplier tubes having both of6A992 Optical Sensors, not controlled by a.1. Space-qualified solid-state detectors, as b.2.b.1. Space-qualified; or d.1. Space-qualified cryocoolers;6A102 Radiation hardened detectors, other6A202 Photomultiplier tubes having both of6A992 Optical Sensors, not controlled by6E001 Technology according to the General6E002 Technology according to the General6E201 Technology according to the6A203 Cameras and components, other than6E001 Technology according to the General6E002 Technology according to the General6E201 Technology according to the6A203 Cameras and components, other thanc. Space-qualified components for optical d.1. Specially designed to maintain the6A994 Optics, not controlled by 6A004.c. Space-qualified components for optical d.1. Specially designed to maintain the6A994 Optics, not controlled by 6A004.6E001 Technology according to the General6E201 Technology according to the6E002 Technology according to the General6D001 Software specially designed for the6A205 Lasers, laser amplifiers and6A995 Lasers, not controlled by 0B001.g.5,6A205 Lasers, laser amplifiers and6A995 Lasers, not controlled by 0B001.g.5,6A996 Magnetometers not controlled by6A996 Magnetometers not controlled by6A107 Gravity meters (gravimeters) and6A997 Gravity meters (gravimeters) for6A107 Gravity meters (gravimeters) and6A997 Gravity meters (gravimeters) for6A008 Radar systems, equipment and6A998 Radar systems, equipment and6A108 Radar systems and tracking systems,6A108 Radar systems and tracking systems,6A998 Radar systems, equipment and6A998 Radar systems, equipment and6A008 Radar systems, equipment anda. Operating at frequencies from 40 GHz to 2306E001 Technology according to the General6E002 Technology according to the General6E201 Technology according to the6E001 Technology according to the General6E002 Technology according to the General6E201 Technology according to the a.2. Mechanical high speed cameras, in which a.3. Mechanical or electronic streak cameras a.4. Electronic framing cameras having a6E001 Technology according to the General6E002 Technology according to the General6E201 Technology according to the6A995 Lasers, not controlled by 0B001.g.5,6A005 Lasers (other than those described in a.2. An output wavelength of 150 nm or b.6.b. A pulse duration exceeding 1 ns6A005 Lasers (other than those described in a.2. An output wavelength of 150 nm or b.6.b. A pulse duration exceeding 1 ns6E201 Technology according to the6A203 Cameras and components, other than6B108 Systems, other than those controlled by6B108 Systems, other than those controlled by6C992 Optical sensing fibers not controlled by6C992 Optical sensing fibers not controlled by6C994 Optical materials.6C994 Optical materials.c. Space-qualified components for optical d.1. Specially designed to maintain the6D991 Software specially designed for the6D991 Software specially designed for the6E001 Technology according to the General b.2.b.1. Space-qualified; or6D991 Software specially designed for the6D991 Software specially designed for thej. Being laser radar or Light Detection and6D992 Software specially designed for the6D102 Software specially designed orj. Being laser radar or Light Detection and6D102 Software specially designed or6D992 Software specially designed for the6D103 Software that processes post-flight,6D993 Other software not controlled by6D103 Software that processes post-flight,6D993 Other software not controlled byc. Space-qualified components for optical d.1. Specially designed to maintain the a.1. Space-qualified solid-state detectors, as b.2.b.1. Space-qualified; or d.1. Space-qualified cryocoolers;6E201 Technology according to the6E101 Technology according to the General6E991 Technology for the development,6E101 Technology according to the General6E991 Technology for the development,c. Space-qualified components for optical d.1. Specially designed to maintain the a.1. Space-qualified solid-state detectors, as b.2.b.1. Space-qualified; or d.1. Space-qualified cryocoolers;6E992 Technology for the development or6E992 Technology for the development or6E993 Other technology, not controlled by6E993 Other technology, not controlled by6D001 Software specially designed for thea. Radar and laser radar systems designed ora. Radar and laser radar systems designed or a.2. Mechanical high speed cameras, in which a.3. Mechanical or electronic streak cameras a.4. Electronic framing cameras having a a.3. Non- space-qualified focal plane a.3. Non- space-qualified focal plane !  _ XXXX ,X    +!( [(#(#(CATEGORY6SENSORSANDLASERS  (   A.SYSTEMS,EQUIPMENTAND  COMPONENTS   z&o%XX 6A001Acoustics.     LicenseRequirements  \ 4   ReasonforControl:NS,AT         4  `   Control(s) 4  `      CountryChart     NSappliestoentireentry   NSColumn2 lD  ATappliestoentireentry   ATColumn1     LicenseRequirementNotes :See743.1of  theEARforreportingrequirementsforexports  underLicenseExceptions. X  LicenseExceptions  0 0  _LVS_:04#&o%%&o.#&o%%&o$3000;N/Afor6A001.a.1.b.1object  detectionandlocationsystemshaving  atransmittingfrequencybelow5kHz l orasoundpressurelevelexceeding lD 210dB(reference1%Paat1m)for D equipmentwithanoperating  frequencyinthebandfrom30kHzto  2kHzinclusive;6A001.a.2.a.1,  a.2.a.2,6A001.a.2.a.3,a.2.a.5,  | a.2.a.6,6A001.a.2.b;processing |!T  equipmentcontrolledby6A001.a.2.c, T",! andspeciallydesignedforrealtime ,#" applicationwithtowedacoustic $# _hydrophone_Ԁarrays;a.2.e.1,a.2.e.2; $$ andbottomorbaycablesystems %% controlledby6A001.a.2.fandhaving &d & processingequipmentspecially d' the_hydrophone_Ԁsensor,withoutapre-amplifier,is Z2? placedinaplanewaveacousticfieldwithan_rms_ 2 @ pressureof1%Pa.Forexample,a_hydrophone_Ԁof  A -160dB(reference1Vper%Pa)wouldyieldan B outputvoltageof10-8Vinsuchafield,whileoneof C -180dBsensitivitywouldyieldonly10-9Voutput. jD Thus,-160dBisbetterthan-180dB. jBE    % a.2.b.Towedacoustic_hydrophone_Ԁarrays G havinganyofthefollowing: H    %  Q a.2.b.1._Hydrophone_Ԁgroupspacingof zJ lessthan12.5morabletobemodifiedtohave zRK _hydrophone_Ԁgroupspacingoflessthan12.5m; R *L    %  Q a.2.b.2.Designedorabletobe "N modifiedtooperateatdepthsexceeding35m; "O   TechnicalNote: Abletobemodifiedin $bQ 6A001.a.2.bmeanshavingprovisionstoallowa d%<R changeofthewiringorinterconnectionstoalter <& S _hydrophone_Ԁgroupspacingoroperatingdepth ' T limits.Theseprovisionsare:sparewiring '!U exceeding10%ofthenumberofwires,_hydrophone_ ("V groupspacingadjustmentblocksorinternaldepth )t#W limitingdevicesthatareadjustableorthatcontrol t*L$X morethanone_hydrophone_Ԁgroup. L+$%Y  $,%Z      4 a.2.b.3.Headingsensorscontrolled ( by6A001.a.2.d;       4 a.2.b.4.Longitudinallyreinforced  arrayhoses;  `      4 a.2.b.5.Anassembledarrayofless 8  than40mmindiameter;        4 a.2.b.6.Multiplexed_hydrophone_    groupsignalsdesignedtooperateatdepths p  exceeding35morhavinganadjustableor pH  removabledepthsensingdeviceinorderto H  operateatdepthsexceeding35m;or         4 a.2.b.7._Hydrophone_Ԁcharacteristics   controlledby6A001.a.2.a;       a.2.c.Processingequipment,specially X0 designedfortowedacoustic_hydrophone_Ԁarrays, 0 having useraccessibleprogrammabilityand  timeorfrequencydomainprocessingand  correlation,includingspectralanalysis,digital  filteringand_beamforming_ԀusingFastFourieror h othertransformsorprocesses; h@     a.2.d.Headingsensorshavingallofthe  following:       4 a.2.d.1.Anaccuracyofbetterthan x 0.5$;and xP      4 a.2.d.2.Designedtooperateat (!  depthsexceeding35morhavinganadjustableor "! removabledepthsensingdeviceinorderto "" operateatdepthsexceeding35m; ##     a.2.e.Bottomorbaycablesystems `%8% havinganyofthefollowing: 8& &      4 a.2.e.1.Incorporating_hydrophones_ '!( controlledby6A001.a.2.a;or (")      4 a.2.e.2.Incorporatingmultiplexed p*H$+ _hydrophone_Ԁgroupsignalmoduleshavingallof H+ %, thefollowingcharacteristics:  ,%- Ї   %  Q  } a.2.e.2.a.Designedtooperateat (- depthsexceeding35morhavinganadjustableor . removaldepthsensingdeviceinordertooperateat / depthsexceeding35m;and 0    %  Q  } a.2.e.2.b.Capableofbeing ` 82 operationallyinterchangedwithtowedacoustic 8 3 _hydrophone_Ԁarraymodules;  4    % a.2.f.Processingequipment,specially  6 designedforbottomorbaycablesystems,having p7  useraccessibleprogrammabilityandtimeor pH 8 frequencydomainprocessingandcorrelation, H 9 includingspectralanalysis,digitalfilteringand   : _beamforming_ԀusingFastFourierorother  ; transformsorprocesses;  < b.Correlation-velocitysonarlogequipment X> designedtomeasurethehorizontalspeedofthe X0? equipmentcarrierrelativetotheseabedat 0@ distancesbetweenthecarrierandtheseabed A exceeding500m. B #&o%%&o #&o%%&o#&o%%&o1N# 6A002Opticalsensors.  h@E  LicenseRequirements  G ̀ReasonforControl:NS,MT,CC,RS,AT,UN I    % Control(s) Q  }        - CountryChart xPK NSappliestoentireentry   - NSColumn2 (!M &o%%&oMTappliestooptical     - MTColumn1 "O detectorsin6A002.a.1,a.3, #P or.ethatarespecially $`Q designedormodifiedto `%8R protect missilesagainst 8& S nucleareffects(e.g., ' T ElectromagneticPulse '!U (_EMP_),Xrays,combined ("V blastandthermaleffects), )p#W andusablefor missiles.#&o%%&o P# p*H$X RSappliesto6A002.a.1,  0 - RSColumn1  ,%Z-(#-(# a.2,a.3(excepta.3.d.2.aand ( a.3.eforlead_selenide_Ԁbased  focalplanearrays(_FPAs_)),.c,  and.e  CCappliestopolicemodel  CCColumn1 ` 8 infraredviewersin6A002.c 8  ATappliestoentireentry   ATColumn1   UNappliesto6A002.a.1,0   Iraq,Northp    Ѐa.2,a.3andc. `      Korea,and pH  0  0040` 440 ` `     Rwanda.H      LicenseRequirementNotes :See743.1of   theEARforreportingrequirementsforexports   underLicenseExceptions.    &o%%&oLicenseExceptions  \4 0  _LVS_:04$3000;exceptN/AforMTandfor  6A002.a.1,a.2,a.3,.c,and.e44   _GBS_: 4 N/A    _CIV_: 4 N/A#&o%%&oV#&o%%&oԀ#&o%%&oX#&o%%&o p #&o%%&oX# ListofItemsControlled  H  &o%%&oXX%&o#XXXX]Y##&o%XX|Y#0  Unit:Number 0  RelatedControls:Thefollowing  commoditiesaresubjecttotheexport  licensingauthorityofU.S.Departmentof l State,DirectorateofDefenseTradeControls l D (22_CFR_Ԁpart121):1.) Imageintensifiers D!  definedin4%ro!O  5  6A002.a.26[!O[one  7ro [Ԁand focalplanearrays "! definedin4 !O  5  6A002.a.36\!O\arra  7 \Ԁspeciallydesigned, "" modified,orconfiguredformilitaryuseand ## notpartofcivilequipment;2.) Space $|$ qualifiedsolidstatedetectorsdefinedin |%T% 4,ro!O  5  6A002.a.16^!O.^one  7ro\^, spacequalifiedimagingsensors T&, & (e.g., _monospectral_Ԁimagingsensorsand ,'!'  _multispectral_Ԁimagingsensors)definedin (!( 4-ro!O  5  6A002.b.2.b.16_!O_one  7ro `,and spacequalified (") _cryocoolers_Ԁdefinedin4.ro| !O  5  6A002.d.16`!O`one  7ro-a,unless,on )#* orafterSeptember23,2002,theDepartment *d$+ ofStateissuesacommodityjurisdiction d+<%, determinationassigningtheexportlicensing<,&- authoritytotheDepartmentofCommerce, (- BureauofIndustryandSecurity.Seealso . 4/ro!O  5  6A1026b!Ocone  7ro@c,40roI!O  5  6A2026c!Ocone  7ro=c,and41ro!O  5  6A9926Zd!Ondone  7rodԀ/(#(# 0  Note :Exportersmayapplyforacommodity  `1 jurisdictionrequestwiththeDepartmentof d <2 State,DirectorateofDefenseTradeControls < 3 for spacequalifiedsolidstatedetectors  4 definedin6A002.a.1andimagingsensors  5 (e.g., _monospectral_Ԁimagingsensorsand  6  _multispectral_Ԁimagingsensors)definedin t7 6A002.b.2.b.1thatmayhavepredominantcivil tL 8 application(s).L$ 9(#(# 0  RelatedDefinitions:N/A ;(#(#   Items:  < &o%%&o#&o%%&o,h#&o%%&oa.Opticaldetectors,asfollows: \>    Note: 6A002.adoesnotcontrolgermaniumor 4 @ silicon_photodevices_. A   N.B.:  Q Siliconandothermaterialbased C _microbolometer_non space-qualified focal pD planearraysareonlyspecifiedunder pHE 6A002.a.3.f. H F % &   a.1. Space-qualifiedsolid-statedetectors,as H follows: I %&j   % a.1.a. Space-qualifiedsolid-state XK detectors,havingallofthefollowing: X 0L    %  Q a.1.a.1.Apeakresponseinthe "N wavelengthrangeexceeding10_nm_Ԁbutnot "O exceeding300_nm_;and #P    %  Q a.1.a.2.Aresponseoflessthan0.1% h%@R relativetothepeakresponseatawavelength @& S exceeding400_nm_; ' T    % a.1.b. Space-qualifiedsolid-state ("V detectors,havingallofthefollowing: )x#W    %  Q a.1.b.1.Apeakresponseinthe P+(%Y wavelengthrangeexceeding900_nm_Ԁbutnot (,&Z exceeding1,200_nm_;and (      4 a.1.b.2.Aresponse timeconstant  of95nsorless;      a.1.c. Space-qualifiedsolid-state ` 8 detectorshavingapeakresponseinthe 8  wavelengthrangeexceeding1,200_nm_Ԁbutnot   exceeding30,000_nm_;   % $   a.2.Imageintensifiertubesandspecially p  designedcomponentstherefor,asfollows: pH  %$q    a.2.a.Imageintensifiertubeshavingall    ofthefollowing:        4 a.2.a.1.Apeakresponseinthe   wavelengthrangeexceeding400_nm_Ԁbutnot X exceeding1,050_nm_; X0      4 a.2.a.2.Amicrochannelplatefor  electronimageamplificationwithaholepitch  (center-to-centerspacing)of12%morless;and       4 a.2.a.3.Anyofthefollowing h@ _photocathodes_: @      4  ` a.2.a.3.a.S-20,S-25or  _multialkali_Ԁ_photocathodes_Ԁwithaluminous  sensitivityexceeding350%A/lm; x      4  ` a.2.a.3.b._GaAs_Ԁor_GaInAs_ P ( _photocathodes_;or (!       4  ` a.2.a.3.c.OtherIII-Vcompound "" semiconductor_photocathodes_; ##    Note: 6A002.a.2.a.3.cdoesnotapplyto `%8% compoundsemiconductor_photocathodes_Ԁwitha :& & maximumradiantsensitivityof10mA/Worless. ' '     a.2.b.Speciallydesignedcomponents,as (") follows: )r#*      4 a.2.b.1.Microchannelplateshaving J+"%, aholepitch(center-to-centerspacing)of12%mor ",%- less; (-    %  Q a.2.b.2._GaAs_Ԁor_GaInAs_ / _photocathodes_; 0    %  Q a.2.b.3.OtherIII-Vcompound ` 82 semiconductor_photocathodes_; 8 3    Note: 6A002.a.2.b.3doesnotcontrol  5 compoundsemiconductor_photocathodes_Ԁwitha  6 maximumradiantsensitivityof10mA/Worless. r7 %    a.3.Non- space-qualified focalplane J" 9 arrays,asfollows: " : %|   N.B.: Siliconandothermaterialbased  < _microbolometer_nonspace-qualified focal  = planearraysareonlyspecifiedin6A002.a.3.f. \>   TechnicalNotes:  4 @   1. % Linearortwo-dimensionalmulti-element B detectorarraysarereferredtoas focalplane C arrays. nD   2. % Forthepurposesof6A002.a.3.crossscan FF directionisdefinedastheaxisparalleltothe G lineararrayofdetectorelementsandthescan H directionisdefinedastheaxisperpendicularto I thelineararrayofdetectorelements. ~J   Note1: 6A002.a.3includesphotoconductive V .L arraysandphotovoltaicarrays. 0!M   Note2: 6A002.a.3doesnotcontrol: "O    % a.Multi-element(nottoexceed16 $jQ elements)encapsulatedphotoconductivecells j%BR usingeitherleadsulphideorlead_selenide_; B& S    % b._Pyroelectric_Ԁdetectorsusinganyofthe '!U following: ("V    %  Q b.1._Triglycine_Ԁsulphateandvariants; z*R$X    %  Q b.2.Lead-lanthanum-zirconium *,&Z _!titanateandvariants; (      4 b.3.Lithiumtantalate;       4 b.4.Polyvinylidenefluorideand  ` variants;or ` 8      4 b.5.Strontiumbariumniobateand   variants.   % "     a.3.a.Non- space-qualified focalplane p  arrays,havingallofthefollowing: pH  %"     4 a.3.a.1.Individualelementswitha    peakresponsewithinthewavelengthrange   exceeding900nmbutnotexceeding1,050nm;   and        4 a.3.a.2.Aresponse timeconstant X0 oflessthan0.5ns; 0     a.3.b.Non- space-qualified focalplane  arrays,havingallofthefollowing:       4 a.3.b.1.Individualelementswitha h@ peakresponseinthewavelengthrangeexceeding @ 1,050nmbutnotexceeding1,200nm;and       4 a.3.b.2.Aresponse timeconstant  of95nsorless; x     a.3.c. ` Non- space-qualifiednon-linear P ( (2-dimensional) focalplanearrays,having (!  individualelementswithapeakresponseinthe "! wavelengthrangeexceeding1,200nmbutnot "" exceeding30,000nm; ##      N.B.: Siliconandothermaterialbased `%8% microbolometernonspace-qualified focal :& & planearraysareonlyspecifiedin6A002.a.3.f. ' '     a.3.d.Non- space-qualifiedlinear (") (1-dimensional) focalplanearrays,havingallof )r#* thefollowing: r*J$+      4 a.3.d.1.Individualelementswitha ",%- peakresponseinthewavelengthrangeexceeding (- 1,200nmbutnotexceeding3,000nm;and#&o%%&ooh#&o%%&o .    %  Q a.3.d.2.Anyofthefollowing: 0    %  Q  } a.3.d.2.a.Aratioofscandirection ` 82 dimensionofthedetectorelementtothecross-scan 8 3 directiondimensionofthedetectorelementofless  4 than3.8;or  5    %  Q  } a.3.d.2.b.Signalprocessinginthe p7 element(SPRITE); pH 8    % a.3.e.Non- space-qualifiedlinear   : (1-dimensional) focalplanearrays,having  ; individualelementswithapeakresponseinthe  < wavelengthrangeexceeding3,000nmbutnot  = exceeding30,000nm.#&o%%&oK#&o%%&o X>    % a.3.f.Non- space-qualifiednon-linear 0@ (2-dimensional)infrared focalplanearraysbased A onmicrobolometermaterialhavingindividual B elementswithanunfilteredresponseinthe C wavelengthrangeequaltoorexceeding8,000nm hD butnotexceeding14,000nm. h@E    %  Q  }        %  TechnicalNotes:  G    % 1.Forthepurposesof6A002.a.3.f. I microbolometerisdefinedasathermalimaging zJ detectorthat,asaresultofatemperaturechange zRK inthedetectorcausedbytheabsorptionofinfrared R *L radiation,isusedtogenerateanyusablesignal. *!M    % 2.Non-imagingthermaldetectorsarenot "O controlledby6A002.a.3.Imagingthermal #P detectorsareamulti-elementarrayofthermal $bQ detectorswiththecapacitytoformavisual, b%:R electronicorotherrepresentationofanobjectwith :& S sufficientfidelitytoenableunderstandingofits ' T shapeorotherspatialcharacteristics,suchas '!U height,width,orarea.Amulti-elementarrayof ("V thermaldetectorswithoutthecapacitytoform )r#W spatialrepresentationofanobjectisnon-imaging. r*J$X    % 3.6A002.a.3.fcapturesall ",%Z non- space-qualifiednon-linear(2-dimensional) ( infrared focalplanearraysbasedon  microbolometermaterialhavingindividual  elementswithanyunfilteredresponsebetween  8,000nmand14,000nm.  ` b. Monospectralimagingsensorsand 8   multispectralimagingsensorsdesignedfor   remotesensingapplications,havinganyofthe   following:      b.1.AnInstantaneous-Field-Of-View(IFOV) pH  oflessthan200%rad(microradians);or H    b.2.Beingspecifiedforoperationinthe   wavelengthrangeexceeding400nmbutnot   exceeding30,000nmandhavingallthe   following: X     b.2.a.Providingoutputimagingdatain 0 digitalformat;and      b.2.b.Beinganyofthefollowing:  % '      4 b.2.b.1. Space-qualified;or h@ %'F     4 b.2.b.2.Designedforairborne  operation,usingotherthansilicondetectors,and  havinganIFOVoflessthan2.5mrad  (milliradians). x c.Directviewimagingequipmentoperatingin P ( thevisibleorinfraredspectrum,incorporatingany (!  ofthefollowing: "!   c.1.Imageintensifiertubeshavingthe ## characteristicslistedin6A002.a.2.a;or $`$   c.2. Focalplanearrayshavingthe 8& & characteristicslistedin6A002.a.3. ' '    TechnicalNote: Directviewrefersto (") imagingequipment,operatinginthevisibleor )r#* infraredspectrum,thatpresentsavisualimageto r*J$+ ahumanobserverwithoutconvertingtheimage J+"%, intoanelectronicsignalfortelevisiondisplay, ",%- andthatcannotrecordorstoretheimage (- photographically,electronicallyorbyanyother . means. /   Note: 6A002.cdoesnotcontrolthefollowing  `1 equipmentincorporatingotherthanGaAsor b :2 GaInAsphotocathodes: : 3   a.Industrialorcivilianintrusionalarm,traffic  5 orindustrialmovementcontrolorcounting  6 systems; r7   b.Medicalequipment; J" 9   c.Industrialequipmentusedforinspection,  ; sortingoranalysisofthepropertiesofmaterials;  <   d.Flamedetectorsforindustrialfurnaces; Z>   e.Equipmentspeciallydesignedforlaboratory 2 @ use.  A d.Specialsupportcomponentsforopticalsensors, C asfollows: jD % (   d.1. Space-qualifiedcryocoolers; BF %(  d.2.Non- space-qualifiedcryocoolers,having H acoolingsourcetemperaturebelow218K(-55$ I C),asfollows: zJ    % d.2.a.Closedcycletypewithaspecified R *L Mean-Time-To-Failure(MTTF),or *!M Mean-Time-Between-Failures(MTBF),exceeding "N 2,500hours; "O    % d.2.b.Joule-Thomson(JT)self-regulating $bQ minicoolershavingbore(outside)diametersofless b%:R than8mm; :& S   d.3.Opticalsensingfibersspeciallyfabricated '!U eithercompositionallyorstructurally,ormodified ("V bycoating,tobeacoustically,thermally,inertially, )r#W electromagneticallyornuclearradiationsensitive. r*J$X e. Spacequalified focalplanearrayshaving ",%Z morethan2,048elementsperarrayandhavinga ( peakresponseinthewavelengthrangeexceeding  300nmbutnotexceeding900nm.  #&o%%&o# 6A003Cameras.  ` 8  LicenseRequirements      ReasonforControl:NS,NP,RS,AT,UN    Control(s) 4  `      CountryChart pH    NSappliestoentireentry   NSColumn2        NPappliestoitems     NPColumn1   controlledinparagraphs   6A003.a.2,a.3anda.4 X RSappliestoitems    RSColumn1 0 controlledin6A003.b.3  andb.4  ATappliestoentireentry   ATColumn1 h UNappliestoitems    Iraq,North @ controlledin6A003.b.3   Korea,and  andb.4. 4  `      Rwanda.   LicenseExceptions  x   LVS:0 4 $1500,exceptN/Afor6A003.a.2 P ( througha.6,b.1,b.3andb.4(! 44   GBS: 4 Yesfor6A003.a.1 "!   CIV: 4 Yesfor6A003.a.1 ""   ListofItemsControlled  $`$   Unit:Number 8& & 0  RelatedControls:(1)SeeECCNs46!O  5  6E0016y!O  7 ' ' ( development),47 !O  5  6E0026O!Oc  7 Ԁ( production),and '!( 48!O  5  6E2016(!O<  7jԀ( use)fortechnologyforitems (") controlledunderthisentry.(2)Alsosee )p#* ECCN49!O  5  6A2036R!Of  7 .(3)SeeECCN8A002.dand.e p*H$+ forcamerasspeciallydesignedormodified H+ %, forunderwateruse. ,%-   RelatedDefinitions:N/A (-   Items: . a.Instrumentationcamerasandspeciallydesigned 0 componentstherefor,asfollows:  `1    Note: Instrumentationcameras,controlledby 8 3 6A003.a.3to6A003.a.5,withmodularstructures  4 shouldbeevaluatedbytheirmaximumcapability,  5 usingplug-insavailableaccordingtothecamera  6 manufacturersspecifications. r7   a.1.High-speedcinemarecordingcameras J" 9 usinganyfilmformatfrom8mmto16mm " : inclusive,inwhichthefilmiscontinuously  ; advancedthroughouttherecordingperiod,andthat  < arecapableofrecordingatframingratesexceeding  = 13,150frames/s; Z>   Note: 6A003.a.1doesnotcontrolcinema 2 @ recordingcamerasdesignedforcivilpurposes.  A % ^   a.2.Mechanicalhighspeedcameras,inwhich C thefilmdoesnotmove,capableofrecordingat lD ratesexceeding1,000,000frames/sforthefull lDE framingheightof35mmfilm,oratproportionately DF higherratesforlesserframeheights,orat G proportionatelylowerratesforgreaterframe H heights; I %^% _   a.3.Mechanicalorelectronicstreakcameras |TK havingwritingspeedsexceeding10mm/%s; T ,L %_ݺ% `   a.4.Electronicframingcamerashavinga "N speedexceeding1,000,000frames/s; "O %`  a.5.Electroniccameras,havingallofthe $dQ following: d%<R    % a.5.a.Anelectronicshutterspeed(gating ' T capability)oflessthan1%sperfullframe;and '!U    % a.5.b.Areadouttimeallowingaframing )t#W rateofmorethan125fullframespersecond. t*L$X   a.6.Plug-ins,havingallofthefollowing $,%Z characteristics: (     a.6.a.Speciallydesignedfor  instrumentationcameraswhichhavemodular  structuresandthatarecontrolledby6A003.a;and  `       a.6.b.Enablingthesecamerastomeetthe 8  characteristicsspecifiedin6A003.a.3,6A003.a.4   or6A003.a.5,accordingtothemanufacturers   specifications.    b.Imagingcameras,asfollows: pH     Note: 6A003.bdoesnotcontroltelevisionor    videocamerasspeciallydesignedfortelevision   broadcasting.     b.1.Videocamerasincorporatingsolidstate Z sensors,havingapeakresponseinthewavelength Z2 rangeexceeding10nm,butnotexceeding30,000 2  nmandhavingallofthefollowing:       b.1.a.Havinganyofthefollowing:       4 b.1.a.1.Morethan4x106 active jB pixelspersolidstatearrayformonochrome B (blackandwhite)cameras;       4 b.1.a.2.Morethan4x106 active  pixelspersolidstatearrayforcolorcameras z incorporatingthreesolidstatearrays;or zR      4 b.1.a.3.Morethan12x106 active *!  pixelsforsolidstatearraycolorcameras "! incorporatingonesolidstatearray;and ""     b.1.b. ` Havinganyofthefollowing: $b$        4 b.1.b.1.Opticalmirrorscontrolledby :& & 6A004.a.; ' '      4  `      4 b.1.b.2.Opticalcontrolequipment (") controlledby6A004.d.;or )r#*      4 b.1.b.3.Thecapabilityforannotating J+"%, internallygeneratedcameratrackingdata. ",%- Ї   TechnicalNotes:  (-    % 1.Forthepurposesofthisentry,digital / videocamerasshouldbeevaluatedbythe 0 maximumnumberof activepixelsusedfor  ^1 capturingmovingimages. ^ 62    % 2.Forthepurposeofthisentry,camera  4 trackingdataistheinformationnecessarytodefine  5 cameralineofsightorientationwithrespecttothe  6 earth.Thisincludes:1)thehorizontalanglethe n7 cameralineofsightmakeswithrespecttothe nF 8 earthsmagneticfielddirectionand;2)thevertical F 9 anglebetweenthecameralineofsightandthe  : earthshorizon.  ;   b.2.Scanningcamerasandscanningcamera ~ = systems,havingallofthefollowing: ~V>    % b.2.a. } Apeakresponseinthewavelength .@ rangeexceeding10nm,butnotexceeding30,000 A nm; B    % b.2.b.Lineardetectorarrayswithmore fD than8,192elementsperarray;and f>E    % b.2.c.Mechanicalscanninginone G direction; H   b.3.Imagingcamerasincorporatingimage vJ intensifiertubeshavingthecharacteristicslistedin vNK 6A002.a.2.a; N &L   b.4.Imagingcamerasincorporating focal !N planearrayshavinganyofthefollowing: "O    % b.4.a. } Incorporating focalplanearrays $^Q controlledby6A002.a.3.a.to6A002.a.3.e.;or ^%6R    % b.4.b. } Incorporating focalplanearrays ' T controlledby6A002.a.3.f. '!U    Note1: Imagingcamerasdescribedin )n#W 6A003.b.4include focalplanearrayscombined p*H$X withsufficientsignalprocessingelectronics, H+ %Y beyondthereadoutintegratedcircuit,toenableas  ,%Z aminimumtheoutputofananalogordigital ( signaloncepowerissupplied.     Note2: 6A003.b.4.adoesnotcontrolimaging  camerasincorporatinglinear focalplane  b arrayswithtwelveelementsorfewer,not b : employingtime-delay-and-integrationwithinthe :  element,designedforanyofthefollowing:       a.Industrialorcivilianintrusionalarm,    trafficorindustrialmovementcontrolorcounting r  systems; rJ      b.Industrialequipmentusedfor "  inspectionormonitoringofheatflowsin   buildings,equipmentorindustrialprocesses;       c.Industrialequipmentusedfor Z inspection,sortingoranalysisofthepropertiesof Z2 materials; 2      d.Equipmentspeciallydesignedfor  laboratoryuse;or      e.Medicalequipment. jB    Note3: 6A003.b.4.b.doesnotcontrol  imagingcamerashavinganyofthefollowing  characteristics:      a.Amaximumframerateequaltoorless |T than9Hz; T ,     b.Havingallofthefollowing: "!      4 1.Havingaminimumhorizontalor ## verticalInstantaneous-Field-of-View(IFOV)of $d$ atleast10mrad/pixel(milliradians/pixel); d%<%      4 2.Incorporatingafixedfocal-length ' ' lensthatisnotdesignedtoberemoved; '!(      4 3.Notincorporatingadirectview )t#* display,and t*L$+   TechnicalNote: Directviewreferstoan $,%- imagingcameraoperatingintheinfraredspectrum (- thatpresentsavisualimagetoahumanobserver . usinganear-to-eyemicrodisplayincorporating / anylight-securitymechanism. 0    %  Q 4.Havinganyofthefollowing: ` 82    %  Q  } a.Nofacilitytoobtainaviewable  4 imageofthedetectedfield-of-view,or  5    %  Q  } b.Thecameraisdesignedfora p7 singlekindofapplicationanddesignednottobe pH 8 usermodified,or H 9   TechnicalNote:   ;   InstantaneousFieldofView(IFOV)specified ~ = inNote3.bisthelesserfigureoftheHorizontal ~V> FOVortheVerticalFOV. V.?   HorizontalIFOV=horizontalFieldofView A (FOV)/numberofhorizontaldetectorelements B   VerticalIFOV=verticalFieldofView fD (FOV)/numberofverticaldetectorelements. f>E    % c.Wherethecameraisspeciallydesigned G forinstallationintoacivilianpassengerland H vehicleoflessthanthreetons(grossvehicle I weight)andhavingallofthefollowing: vJ    %  Q 1.Isoperableonlywheninstalledin N &L anyofthefollowing: &!M    %  Q  } a.Thecivilianpassengerland "O vehicleforwhichitwasintended;or #P    %  Q  } b.Aspeciallydesigned, ^%6R authorizedmaintenancetestfacility;and 6& S    %  Q 2.Incorporatesanactivemechanism '!U thatforcesthecameranottofunctionwhenitis ("V removedfromthevehicleforwhichitwas )n#W intended. n*F$X   Note: Whennecessary,detailsoftheitemswill ,%Z beprovided,uponrequest,totheBureauof ( IndustryandSecurityinordertoascertain  compliancewiththeconditionsdescribedinNote  3.b.4.andNote3.c.inthisNoteto6A003.b.4.b.   6A004Optics.  8   LicenseRequirements      ReasonforControl:NS,AT p  Control(s) 4  `      CountryChart H    NSappliestoentireentry   NSColumn2   ATappliestoentireentry   ATColumn1     LicenseRequirementNotes :See743.1of X0 theEARforreportingrequirementsforexports 4  underLicenseExceptions.   &o%%&o LicenseExceptions     LVS: 4 $3000 lD   GBS:0 4 Yesfor6A004.a.1,a.2,a.4,b,d.2, D andd.444   CIV:0 4 Yesfor6A004.a.1,a.2,a.4,b,d.2,  andd.444      4 #&o%%&om#&o%%&o ListofItemsControlled  |T #&o%%&o3#&o%%&oXX%&o#XXXX##&o%XX#&o%%&o  Unit:Number#&o%%&o7#&o%%&oN  XO \o X  ,!  0  RelatedControls:1.)Foropticalmirrorsor "! 'asphericopticalelements'#&o%%&o#&o%%&oԀspeciallydesigned #" forlithographyequipment#&o%%&o#&o%%&o,seeECCN3B001. ## 2.) Spacequalifiedcomponentsforoptical $$ systemsdefinedin4=N !O  5  6A004.c6!O   7Ԁandoptical %o% controlequipmentdefinedin4>!O  5  6A004.d.16!O   7 Ԁare o&G & subjecttotheexportlicensingauthorityofthe G'!' DepartmentofState,DirectorateofDefense (!( TradeControls(22CFRpart121)#&o%%&o##&o%%&o.3.)See (") also4? 4!O  5  6A9946!O   7 ( .#&o%%&o<#&o%%&o)#* #&o%%&oM#&o%%&oO#  X \o#O \o X N# \o#N \o0  RelatedDefinitions:An'asphericoptical *$+ element'isanyelementusedinanoptical +v%, systemwhoseimagingsurfaceorsurfacesarev,N&- designedtodepartfromtheshapeofanideal (- sphere.#&o%%&o#&o%%&o.(#(#   Items:O#  X \o#N#~hX X 2##&o%%&o#&o%%&o / a.Opticalmirrors(reflectors),asfollows:  `1   a.1. Deformablemirrorshavingeither 8 3 continuousormulti-elementsurfaces,andspecially  4 designedcomponentstherefor,capableof  5 dynamicallyrepositioningportionsofthesurface  6 ofthemirroratratesexceeding100Hz; p7   a.2.Lightweightmonolithicmirrorshavingan H 9 average equivalentdensityoflessthan30kg/m2   : andatotalmassexceeding10kg;  ;   a.3.Lightweight compositeorfoammirror  = structureshavinganaverage equivalentdensity X> oflessthan30kg/m2andatotalmassexceeding2 X0? kg; 0@   a.4.Beamsteeringmirrorsmorethan100mm B indiameterorlengthofmajoraxis,thatmaintaina C flatnessoflambda/2orbetter(lambdaisequalto hD 633nm)havingacontrolbandwidthexceeding100 h@E Hz. @F b.Opticalcomponentsmadefromzincselenide H (ZnSe)orzincsulphide(ZnS)withtransmissionin I thewavelengthrangeexceeding3,000nmbutnot xJ exceeding25,000nmandhavinganyofthe xPK following: P (L   b.1.Exceeding100cm3involume;or "N   b.2.Exceeding80mmindiameterorlengthof #P majoraxisand20mminthickness(depth). $`Q % : c. Space-qualifiedcomponentsforoptical 8& S systems,asfollows: ' T %:R  c.1.Lightweightedtolessthan20% ("V  equivalentdensitycomparedwithasolidblank )p#W ofthesameapertureandthickness; p*H$X   c.2.Substrates,substrateshavingsurface  ,%Z coatings(single-layerormulti-layer,metallicor ( dielectric,conducting,semiconductingor  insulating)orhavingprotectivefilms;    c.3.Segmentsorassembliesofmirrors  ` designedtobeassembledinspaceintoanoptical ` 8 systemwithacollectingapertureequivalenttoor 8  largerthanasingleoptic1mindiameter;     c.4.Manufacturedfrom compositematerials    havingacoefficientoflinearthermalexpansion p  equaltoorlessthan5x10-6inanycoordinate pH  direction. H  d.Opticalcontrolequipment,asfollows:   % ;   d.1.Speciallydesignedtomaintainthe   surfacefigureororientationofthe X  space-qualifiedcomponentscontrolledby X0 6A004.c.1or6A004.c.3; 0 %;  d.2.Havingsteering,tracking,stabilizationor  resonatoralignmentbandwidthsequaltoormore  than100Hzandanaccuracyof10rad h (microradians)orless; h@   d.3.Gimbalshavingallofthefollowing:      d.3.a.Amaximumslewexceeding5$;      d.3.b.Abandwidthof100Hzormore; xP #&o%%&o\#&o%%&o    d.3.c.Angularpointingerrorsof200 (!  rad(microradians)orless;and "!     d.3.d.Havinganyofthefollowing: ## #&o%%&o>#&o%%&o     4 d.3.d.1.Exceeding0.15mbutnot `%8% exceeding1mindiameterormajoraxislength 8& & andcapableofangularaccelerationsexceeding2 ' ' rad(radians)/s2;or '!( #&o%%&od#&o%%&o     4 d.3.d.2.Exceeding1mindiameteror )p#* majoraxislengthandcapableofangular p*H$+ accelerationsexceeding0.5rad(radians)/s2; H+ %,   ,%-   d.4.Speciallydesignedtomaintainthe (- alignmentofphasedarrayorphasedsegment . mirrorsystemsconsistingofmirrorswitha / segmentdiameterormajoraxislengthof1mor 0 more.  `1 e.Asphericopticalelementshavingallofthe 8 3 followingcharacteristics:#&o%%&o#&o%%&o  4   e.1.Thelargestdimensionoftheoptical  6 apertureisgreaterthan400mm; p7   e.2.Thesurfaceroughnessislessthan1nm H 9 (rms)forsamplinglengthsequaltoorgreaterthan   : 1mm;and  ;   e.3.Thecoefficientoflinearthermal  = expansionsabsolutemagnitudeislessthan X> 3x106/Kat25$C; X0?  TechnicalNotes : A    % 1.[RESERVED] C    % 2.Manufacturersarenotrequiredto jBE measurethesurfaceroughnesslistedin6A004.e.2 BF unlesstheopticalelementwasdesignedor G manufacturedwiththeintenttomeet,orexceed, H thecontrolparameter.#&o%%&o#&o%%&o I   Note: 6A004.edoesnotcontrolaspheric zRK opticalelementshavinganyofthefollowing: T ,L   a.Alargestopticalaperturedimensionless "N than1mandafocallengthtoapertureratioequal "O toorgreaterthan4.5:1; #P     b.Alargestopticalaperturedimensionequal d%<R toorgreaterthan1mandafocallengthto <& S apertureratioequaltoorgreaterthan7:1; ' T   c.BeingdesignedasFresnel,flyeye,stripe, ("V prismordiffractiveopticalelements; )t#W   d.Beingfabricatedfromborosilicateglass L+$%Y havingacoefficientoflinearthermal_!!expansion $,%Z greaterthan2.5x106/Kat25$_!!C;or_!! (   e.Beinganxrayopticalelementhaving  innermirrorcapabilities(e.g.,tubetypemirrors).  #&o%%&oy # % e 6A005 Lasers(otherthanthosedescribedin 8  0B001.g.5or.h.6),componentsandoptical   equipment,asfollows(seeListofItems   Controlled). 0 `   ` `  %e3 LicenseRequirements  tL    ReasonforControl:NS,NP,AT $  Control(s)0 4 0` 440 ` ` 0  0    CountryChart    NSappliestoentireentry0 0  NSColumn2\ NPappliesto lasers0 0  NPColumn14  controlledbyOX~hN \oԀ6A005.a.2,   b.2.b,b.3.a,N# \oq#N \oO#  X \oR#O \o X Ԁb.4.b,  b.6.b.,c.1.b,c.2.b,d.3.c,and  d.4.c,O#  X \o##O \o X N# \o#N \oԀasdescribed  inthefollowingLicense  RequirementsNote.  O#  X \o#O \o X N# \o#N \oATappliestoentireentry0 0  ATColumn1 d  dLicenseRequirementsNote: NPcontrols c applytothefollowing laserscontrolledby g ? 6A005:d  d ?!  (a) Pulsedexcimer laserscontrolledby "! 6A005.d.4.chavingallofthefollowing #" characteristics: ${#   (1)Operatingatwavelengthsbetween240and S&+ % 360_!!nm_!!; +'!&   (2)Arepetitionrate>250Hz;and (!' 0  (3)Anaverageoutputpower>500W;d  ("( d (b) Coppervapor laserscontrolledby *c$* 6A005.b.4.bhavingallofthefollowing g+?%+ characteristics: ?,&, Ї  (1)Operatingatwavelengthsbetween500and (, 600_!!nm_!!;and -   (2)Anaverageoutputpower40W;O#  X \o#O \o X N# \o#N \od .   d (c) Pulsedcarbondioxide laserscontrolledby  y0 6A005.d.3.c(exceptindustrialCO2lasersusedin } U1 applicationssuchascuttingandwelding),having U -2 allofthefollowingcharacteristics: - 3   (1)Operatingatwavelengthsbetween9,000  5 and11,000_!!nm_!!; 6   (2)Arepetitionrate>250Hz; e 7   (3)Anaverageoutputpower>2.5kW;and e= 8   (4)Apulsewidth<200ns;d = 9 d (d) Argonion laserscontrolledby6A005.a.2  ; havingallofthefollowingcharacteristics:  <   (1)Operatingatwavelengthsbetween400and yQ> 515_!!nm_!!;and Q)?   (2)Anaverageoutputpower50W;dN# \o#N \oO#  X \o#O \o X  !  )@ d (e) Alexandrite laserscontrolledby6A005.c.2.b B havingallofthefollowingcharacteristics: C 0   (#(#   (1)Operatingatwavelengthsbetween720and ~VE 800_!!nm_!!; V.F   (2)Abandwidth0.005_!!nm_!!; .G   (3)Arepetitionrate>125Hz;and H   (4)Averageoutputpower>30W;d I dO#  X \o#N#~hX X a#N  XX~hO \o X  (f) Pulse-excited,Q-switchedneodymium-doped  fK (otherthanglass) laserscontrolledby j!BL 6A005.b.6.bhavingallofthefollowing B"M characteristics: #N   (1)Anoutputwavelengthexceeding1,000_!!nm_!!, $P butnotexceeding1,100_!!nm_!!; %zQ   (2)Apulsedurationequaltoormorethan1ns; z&R R and R'*!S   (3)Asingle-transversemodeoutputhavingan *("T averagepowerexceeding40Wora )"U multiple-transversemodeoutputhavinganaverage )#V powerexceeding50W; *$W N# \oi!#O#~hX!#N  XX~hO \o X  (g) Neodymiumdoped(otherthanglass) lasers b,:&Y controlledby6A005.b.2,b.3,orb.4,havingallof ( thefollowingcharacteristics:    (1)Incorporatingfrequencydoublingfor  outputwavelengthbetween500and550_!!nm_!!;and  `   (2)Averageoutputpower>40W; h  ` 8 N# \o$#N \oO#  X \o%#O \o X  (h) Tunablepulsedsinglemodedyelaser   oscillatorscontrolledby6A005.c.1.bor   6A005.c.2.bhavingallofthefollowing    characteristics: t    (1)Operatingatwavelengthsbetween300 L$  _!!nm_!!Ԁand800_!!nm_!!; $    (2)Anaverageoutputpowergreaterthan1   W;     (3)Arepetitionrategreaterthan1kHz;and     (4)Pulsewidthlessthan100ns; \  (_!!i_!!) Tunablepulseddyelaseramplifiersand 4  oscillatorscontrolledby6A005.c.1.bor  6A005.c.2.bhavingallofthefollowing  characteristics:    (1)Operatingatwavelengthsbetween300 pH _!!nm_!!Ԁand800_!!nm_!!;      <  h  H    (2)Anaverageoutputpowergreaterthan30   W;    (3)Arepetitionrategreaterthan1kHz;and    (4)Pulsewidthlessthan100ns;    Note: NPcontrolsdonotapplytosingle X 0 modeoscillators.O#  X \oe'#O \o X N# \o#'#N \o 2!   N# \o-#N \oO#  X \o-#O \o X &o%%&o LicenseExceptions  ""   _!!LVS_!!:0 4 N/AforNPitems$j$44     0 4 $3000forallotheritemsj%B%44 #&o%%&o.#N# \o2.#O#~hXt.#OX~hN \o&o%%&od0  d#&o%%&oO0#N# \o00#N \oO#  X \o0#O \o X &o%%&o_!!GBS_!!:04#&o%%&o11#&o%%&oO#  X \o1#O \o X N# \o0#N \oNeodymium-doped(otherthanglass) B& &  laserscontrolledby 9'!' 6A005.b.6.c.2(except *("( 6A005.b.6.c.2.b)thathaveanoutput )") wavelengthexceeding1,000_!!nm_!!,but  *#* notexceeding1,100_!!nm_!!,andan *$+ averageorCWoutputpowernot+%,44 exceeding2kW,andoperateina (, pulse-excited,non- Q-switched - multiple-transversemode,orina  . continuouslyexcited, / multiple-transversemode;Dyeand  0 LiquidLaserscontrolledby6A005.c.1  1 andc.2,exceptforapulsedsingle  2 longitudinalmodeoscillatorhavingan  3 averageoutputpowerexceeding1W  4 andarepetitionrateexceeding1kHz y5 ifthe pulsedurationislessthan100 j 6 ns;CO"lasers"controlledby [ 7 6A005.d.2havingaCWmaximum tL 8 ratedsingleormultimodeoutput e= 9 powernotexceeding10kW;CO2or V. : CO/CO2 laserscontrolledby M%; 6A005.d.3havinganoutput %< wavelengthintherangefrom9,000to = 11,000_!!nm_!!Ԁandhavingapulsedoutput > notexceeding2Jperpulseanda ? maximumratedaveragesingleor ]@ multimodeoutputpowernot ]5A exceeding5kW;CO2 lasers 5 B controlledby6A005.d.3thatoperate  C inCWmultiple-transversemode,and D havingaCWoutputpowernot E exceeding15kW;and6A005.f.1.N# \o02#O#~hX1##&o%%&o1#&o%%&oOX~hN \omFQ(#Q(# 0  _!!CIV_!!:0Q(#(##&o%%&o::#&o%%&oO#  X \oY:#N#~hX X x:#N  XX~hO \o X Neodymium-doped(otherthanglass) mEG  laserscontrolledby6A005.b.6.c.2 ^6H (except6A005.b.6.c.2.b)thathavean O 'I outputwavelengthexceeding1,000 @!J _!!nm_!!,butnotexceeding1,100_!!nm_!!,and 1" K anaverageorCWoutputpowernot "#L exceeding2kW,andoperateina $M pulse-excited,non- Q-switched %N multiple-transversemode,orina %O continuouslyexcited, & P multiple-transversemode;Dyeand '!Q LiquidLaserscontrolledby6A005.c.1 ("R andc.2,exceptforapulsedsingle )#S longitudinalmodeoscillatorhavingan *$T averageoutputpowerexceeding1W +s%UQ(#Q(# andarepetitionrateexceeding1kHz ( ifthe pulsedurationislessthan  100ns;CO laserscontrolledby   6A005.d.2havingaCWmaximum  ratedsingleormultimodeoutput   powernotexceeding10kW;CO2or   CO/CO2 laserscontrolledby   6A005.d.3havinganoutput   wavelengthintherangefrom9,000  \ to11,000_!!nm_!!Ԁandhavingapulsed \4  outputnotexceeding2Jperpulse 4  andamaximumratedaveragesingle    ormultimodeoutputpowernot   exceeding5kW;CO2 lasers   controlledby6A005.d.3thatoperate l  inCWmultiple-transversemode,and lD  havingaCWoutputpowernot D exceeding15kW;and6A005.f.1.O#  X \o;#N#~hX X ;#Ԛ#&o%%&o!;#OX~hN \o&o%%&o44  ListofItemsControlled   #&o%%&oC#&o%%&oXX%&o#XXXXxD##&o%XXD#&o%%&oN# \oC#N \oO#  X \oC#O \o X 0  #&o%%&oE#Unit:&o%%&oNumber#&o%%&oE#|T 0  RelatedControls:(1)See_!!ECCN_!!Ԁ4e!O  5  6D0016F!OFceed  7eFԀfor h@  softwareforitemscontrolledunderthis @ entry.(2)See_!!ECCNs_!!Ԁ4@ !O  5  6E0016G!OGtpo  7utH  ( development),4But !O  5  6E0026H!OHtpo  7ut HԀ( production),and  4Aut!O  5  6E2016I!OItpo  7utIԀ( use)fortechnologyforitems  controlledunderthisentry.(3)Alsosee x _!!ECCNs_!!Ԁ4GntM!O  5  6A2056J!OJg15  7edA KԀand4Hed !O  5  6A9956~K!OKg15  7ed K.(4)See_!!ECCN_!! xP 3B001forexcimer lasersspeciallydesigned P( forlithographyequipment.(5) Lasers (  speciallydesignedorpreparedforusein ! isotopeseparationaresubjecttotheexport !  licensingauthorityoftheNuclearRegulatory "! Commission(see10_!!CFR_!!Ԁpart110).(6) #`" Sharedapertureopticalelements,capableof `$8# operatingin superhighpowerlaser 8%$ applications,and lasersspecifically &% designed,modified,orconfiguredformilitary & & applicationaresubjecttotheexportlicensing '!' authorityoftheU.S.DepartmentofState, (p"( DirectorateofDefenseTradeControls(see22 p)H#) _!!CFR_!!Ԁpart121).H* $* 0  RelatedDefinitions:Wallplugefficiencyis  +$+ definedastheratiooflaseroutputpower(or+%,  averageoutputpower)tototalelectrical (, inputpowerrequiredtooperatethe laser, - includingthepowersupply/conditioningand . thermalconditioning/heatexchanger./(#(#   Items:  `0  Notes:  8 2   1. 0 % Pulsed lasersincludethosethatrunin  3 acontinuouswave(CW)modewithpulses  4 superimposed. 5%(#%(#   2. 0 % _!!Eximer_!!,semiconductor,chemical,CO, t6 CO2,andnonrepetitivepulsed_!!Nd:glass_!! vN 7  lasersareonlyspecifiedin6A005.d.N& 8%(#%(#   3.  % 6A005includesfiber lasers. & 9   4. 0 % Thecontrolstatusof lasers  : incorporatingfrequencyconversion(i.e.,  ; wavelengthchange)bymeansotherthan  < one laserpumpinganother laseris b= determinedbyapplyingthecontrol b:> parametersforboththeoutputofthe :? source laserandthefrequency @ convertedopticaloutput.A%(#%(#   5.  % 6A005doesnotcontrolthefollowing B  lasers: tC    % a.  Q Rubywithoutputenergybelow20J; tLD    % b . Q Nitrogen; N&E    % c.  Q Krypton. (F a.Non tunablecontinuouswave (CW)lasers, H havinganyofthefollowing: I   a.1. Q Anoutputwavelengthlessthan150 b :K _!!nm_!!Ԁwithanoutputpowerexceeding1W; :!L % f   a.2. Q Anoutputwavelengthof150_!!nm_!!Ԁor "N morebutnotexceeding520_!!nm_!!Ԁandhavingan #O outputpowerexceeding30W; -  Y   !  " %f0Y $rP    %  Q  }      Note: 0 Q 6A005.a.2doesnotcontrolArgon J&" R  lasershavinganoutputpower $' S equaltoorlessthan50W. '!TQ(#Q(#   a.3. Q Anoutputwavelengthexceeding520 )#V _!!nm_!!Ԁbutnotexceeding540_!!nm_!!Ԁandhavinganyof *\$W thefollowing: \+4%X  4, &Y _!!    a.3.a. ` Asingletransversemodeoutput ( havinganoutputpowerexceeding50W;or      a.3.b. ` Amultipletransversemode  outputhavinganoutputpowerexceeding150W;  `   a.4. 4 Anoutputwavelengthexceeding540 8  nmbutnotexceeding800nmandhavingan   outputpowerexceeding30W;     a.5. 4 Anoutputwavelengthexceeding800 p  nmbutnotexceeding975nmandhavinganyof pH  thefollowing: H      a.5.a. ` Asingletransversemodeoutput   havinganoutputpowerexceeding50W;or       a.5.b. ` Amultipletransversemode X outputhavinganoutputpowerexceeding80W; X0   a.6. 4 Anoutputwavelengthexceeding975  nmbutnotexceeding1,150nmandhavinganyof  thefollowing;      a.6.a. ` Asingletransversemodeoutput h@ havinganyofthefollowing: @      4 a.6.a.1. A wallplugefficiency  exceeding12%andanoutputpowerexceeding  100W;or x      4 a.6.a.2. Anoutputpowerexceeding P ( 150W;or (!      a.6.b. ` Amultipletransversemode "" outputhavinganyofthefollowing: ##      4 a.6.b.1. A wallplugefficiency `%8% exceeding18%andanoutputpowerexceeding 8& & 500W;or ' '      4 a.6.b.2.Anoutputpowerexceeding2 (") kW; )p#*   0  Note:  ` 6A005.a.6.bdoesnotcontrol H+ %, multipletransversemode,industrial",%-  laserswithoutputpowerexceeding2kW (- andnotexceeding6kWwithatotalmass . greaterthan1,200kg.Forthepurposeof / thisnote,totalmassincludesall 0 componentsrequiredtooperatethe  `1  laser,e.g., laser,powersupply,heat ` 82 exchanger,butexcludesexternalopticsfor 8 3 beamconditioningand/ordelivery. 4%(#%(#   a.7. Q Anoutputwavelengthexceeding1,150  6 nmbutnotexceeding1,555nmandhavinganyof p7 thefollowing: pH 8    % a.7.a. } Asingletransversemodehaving   : anoutputpowerexceeding50W;or  ;    % a.7.b. } Amultipletransversemodehaving  = anoutputpowerexceeding80W;or X>   a.8. Q Anoutputwavelengthexceeding1,555 0@ nmandhavinganoutputpowerexceeding1W. A b.  Non tunable pulsedlasers,havinganyof C thefollowing; hD   b.1. Q Anoutputwavelengthlessthan150 @F nmandhavinganyofthefollowing: G    % b.1.a. } Anoutputenergyexceeding50mJ I perpulseanda peakpowerexceeding1W;or xJ    % b.1.b. } An averageoutputpower P (L exceeding1W; (!M   b.2. Q Anoutputwavelengthof150nmor "O morebutnotexceeding520nmandhavinganyof #P thefollowing: $`Q    % b.2.a. } Anoutputenergyexceeding1.5J 8& S perpulseanda peakpowerexceeding30W;or ' T    % b.2.b. } An averageoutputpower ("V exceeding30W; )p#W  0  0%(#(#Note:  } 6A005.b.2.bdoesnotcontrol H+ %Y Argon lasershavingan averageoutput ",%Z%(#%(# powerequaltoorlessthan50W.(   b.3. 4 Anoutputwavelengthexceeding520  nm,butnotexceeding540nmandhavinganyof  thefollowing:  `     b.3.a. ` Asingletransversemodeoutput 8  havinganyofthefollowing:        4 b.3.a.1. Anoutputenergyexceeding    1.5Jperpulseanda peakpowerexceeding50 p  W;or pH       4 b.3.a.2. An averageoutputpower    exceeding50W;or       b.3.b. ` Amultipletransversemode   outputhavinganyofthefollowing: X      4 b.3.b.1. Anoutputenergyexceeding 0 1.5Jperpulseanda peakpowerexceeding150  W;or       4 b.3.b.2. An averageoutputpower h exceeding150W; h@   b.4. 4 Anoutputwavelengthexceeding540  nmbutnotexceeding800nmandhavinganyof  thefollowing:      b.4.a. ` Anoutputenergyexceeding1.5J xP perpulseanda peakpowerexceeding30W;or P (     b.4.b. ` An averageoutputpower "! exceeding30W; ""   b.5. 4 Anoutputwavelengthexceeding800 $`$ nmbutnotexceeding975nmandhavinganyof `%8% thefollowing: 8& &     b.5.a. ` A pulsedurationnotexceeding '!( 1%sandhavinganyofthefollowing: (")      4 b.5.a.1. Anoutputenergyexceeding p*H$+ 0.5Jperpulseanda peakpowerexceeding50 H+ %, W;  ,%- Ї   %  Q b.5.a.2.  Asingletransversemode (- outputhavingan averageoutputpower . exceeding20W;or /    %  Q b.5.a.3.  Amultipletransversemode  `1 outputhavingan averageoutputpower ` 82 exceeding50W;or 8 3    % b.5.b. } A pulsedurationexceeding1%s  5 andhavinganyofthefollowing:  6    %  Q b.5.b.1.  Anoutputenergyexceeding2 pH 8 Jperpulseanda peakpowerexceeding50W; H 9    %  Q b.5.b.2.  Asingletransversemode  ; outputhavingan averageoutputpower  < exceeding50W;or  =    %  Q b.5.b.3.  Amultipletransversemode X0? outputhavingan averageoutputpower 0@ exceeding80W. A   b.6. Q Anoutputwavelengthexceeding975 C nmbutnotexceeding1,150nmandhavinganyof hD thefollowing: h@E    % b.6.a. } A pulsedurationoflessthan1 G %N# \oBE#N \oO#  X \oE#O \o X sandhavinganyofthefollowing:  H    %  Q b.6.a.1.  Anoutput peakpower J exceeding5GWperpulse; K    %  Q b.6.a.2.  An averageoutputpower !M exceeding10W;or "N    %  Q b.6.a.3.  Anoutputenergyexceeding ~$VP 0.1Jperpulse; V%.Q % g    % b.6.b. } A pulsedurationexceeding1ns ' S butnotexceeding1%s,andhavinganyofthe '!T following: ("U %g   %  Q b.6.b.1.  Asingletransversemode f*>$W outputhavinganyofthefollowing: >+%X  ,%Y      4  ` b.6.b.1.a. A peakpower ( exceeding100MW;       4  ` b.6.b.1.b. An averageoutput  powerexceeding20Wlimitedbydesigntoa  ` maximumpulserepetitionfrequencylessthanor ` 8 equalto1kHz; 8       4  ` b.6.b.1.c. Awallplug   efficiencyexceeding12%andan averageoutput    powerexceeding100Wandcapableofoperating p  atapulserepetitionfrequencygreaterthan1kHz; pH       4  ` b.6.b.1.d. An averageoutput    powerexceeding150Wandcapableofoperating   atapulserepetitionfrequencygreaterthan1kHz;   or        4  ` b.6.b.1.e. Anoutputenergy X0 exceeding2Jperpulse; 0      4 b.6.b.2. Amultipletransversemode  outputhavinganyofthefollowing:       4  ` b.6.b.2.a. A peakpower h@ exceeding400MW; @      4  ` b.6.b.2.b. Awallplug  efficiencyexceeding18%andan averageoutput  powerexceeding500W; x      4  ` b.6.b.2.c. An averageoutput P ( powerexceeding2kW;or (!       4  ` b.6.b.2.d. Anoutputenergy "" exceeding4Jperpulse;or ##     b.6.c. ` A pulsedurationexceeding1 `%8% %sandhavinganyofthefollowing: 8& &      4 b.6.c.1. Asingletransversemode '!( outputhavinganyofthefollowing: (")      4  ` b.6.c.1.a. A peakpower p*H$+ exceeding500kW; H+ %,   ,%-    %  Q  } b.6.c.1.b.  Awallplug (- efficiencyexceeding12%andan averageoutput . powerexceeding100W;or /    %  Q  } b.6.c.1.c.  An averageoutput  `1 powerexceeding150W;or ` 82    %  Q b.6.c.2.  Amultipletransversemode  4 outputhavinganyofthefollowing:  5    %  Q  } b.6.c.2.a.  A peakpower p7 exceeding1MW; pH 8    %  Q  } b.6.c.2.b.  Awallplug   : efficiencyexceeding18%andan averageoutput  ; powerexceeding500W;or  <    %  Q  } b.6.c.2.c.  An averageoutput X> powerexceeding2kW; X0?   b.7. Q Anoutputwavelengthexceeding1,150 A nmbutnotexceeding1,555nmandhavinganyof B thefollowing: C    % b.7.a. } A pulsedurationnotexceeding h@E 1%sandhavinganyofthefollowing: @F    %  Q    %  Q b.7.a.1.  Anoutputenergyexceeding H 0.5Jperpulseanda peakpowerexceeding50 I W; xJ    %  Q b.7.a.2.  Asingletransversemode P (L outputhavingan averageoutputpower (!M exceeding20W;or "N    %  Q b.7.a.3.  Amultipletransversemode #P outputhavingan averageoutputpower $`Q exceeding50W;or `%8R    % b.7.b. } A pulsedurationexceeding1%s ' T andhavinganyofthefollowing: '!U    %  Q b.7.b.1.  Anoutputenergyexceeding2 )p#W Jperpulseanda peakpowerexceeding50W; p*H$X    %  Q b.7.b.2.  Asingletransversemode  ,%Z outputhavingan averageoutputpower ( exceeding50W;or       4 b.7.b.3. Amultipletransversemode  outputhavingan averageoutputpower  ` exceeding80W;or ` 8   b.8. 4 Anoutputwavelengthexceeding   1,555nmandhavinganyofthefollowing:       b.8.a. ` Anoutputenergyexceeding100 p  mJperpulseanda peakpowerexceeding1W; pH  or H      b.8.b. ` An averageoutputpower    exceeding1W;   c.  Tunablelasers,havinganyofthefollowing:    Note: 6A005.cincludestitaniumsapphire(Ti: X0 Al203),thuliumYAG(Tm:YAG),thuliumYSGG 2  (Tm:YSGG),alexandrite(Cr:BeAl204),color   center lasers,dye lasers,andliquid   lasers.      c.1. 4 Anoutputwavelengthlessthan600 jB nmandhavinganyofthefollowing: B     c.1.a. ` Anoutputenergyexceeding50  mJperpulseanda peakpowerexceeding1W;  or z     c.1.b. ` AnaverageorCWoutputpower R * exceeding1W; *!        c.2. 4 Anoutputwavelengthof600nmor "" morebutnotexceeding1,400nmandhavingany ## ofthefollowing: $b$     c.2.a. ` Anoutputenergyexceeding1J :& & perpulseanda peakpowerexceeding20W;or ' '     c.2.b. ` AnaverageorCWoutputpower (") exceeding20W;or )r#*   c.3. 4 Anoutputwavelengthexceeding J+"%, 1,400nmandhavinganyofthefollowing: ",%- Ї   % c.3.a. } Anoutputenergyexceeding50mJ (- perpulseanda peakpowerexceeding1W;or .    % c.3.b. } AnaverageorCWoutputpower 0 exceeding1W;  `1 d.  Other lasers,notcontrolledin6A005.a., 8 3 6A005.b,or6A005.c,asfollows:  4   d.1. Q Semiconductor lasers,asfollows:  6    Notes:  pH 8    % 1.  Q 6A005.d.1includessemiconductor F 9  lasershavingopticaloutputconnectors(e.g.,   : fiberopticpigtails).  ;    % 2.  Q Thecontrolstatusofsemiconductor  <  lasersspeciallydesignedforotherequipmentis  = determinedbythecontrolstatusoftheother Z> equipment. Z2?    % d.1.a. } Individualsingletransversemode  A semiconductor lasers,havinganyofthe B following: C    %  Q d.1.a.1.  Awavelengthequaltoorless jBE than1,510nmandhavinganaverageorCWoutput BF powerexceeding1.5W;or G    %  Q d.1.a.2.  Awavelengthgreaterthan I 1,510nm,andhavinganaverageorCWoutput zJ powerexceeding500mW; zRK    % d.1.b. } Individual,multipletransverse *!M modesemiconductor lasers,havinganyofthe "N following: "O    %  Q d.1.b.1.  Awavelengthoflessthan $bQ 1,400nmandhavinganaverageorCWoutput b%:R powerexceeding10W; :& S    %  Q d.1.b.2.  Awavelengthequaltoor '!U greaterthan1,400nmandlessthan1,900nm,and ("V havinganaverageorCWoutputpowerexceeding )r#W 2.5W;or r*J$X    %  Q d.1.b.3.  Awavelengthequaltoor ",%Z greaterthan1,900nmandhavinganaverageor ( CWoutputpowerexceeding1W.      d.1.c. ` Individualsemiconductor laser  arrays,havinganyofthefollowing:  `      4 d.1.c.1. Awavelengthoflessthan 8  1,400nmandhavinganaverageorCWoutput   powerexceeding80W;        4 d.1.c.2. Awavelengthequaltoor p  greaterthan1,400nmandlessthan1,900nmand pH  havinganaverageorCWoutputpowerexceeding H  25W;or         4 d.1.c.3. Awavelengthequaltoor   greaterthan1,900nmandhavinganaverageor   CWoutputpowerexceeding10W. X     d.1.d. ` Arraystacksofsemiconductor 0  laserscontainingatleastonearraythatis  controlledunder6A005.d.1.c.     TechnicalNotes : h   1.Semiconductor lasersarecommonly B called laserdiodes.    2.  An arrayconsistsofmultiple  semiconductor laseremittersfabricatedasa z singlechipsothatthecentersoftheemittedlight zR beamsareonparallelpaths. R *   3.  An arraystackisfabricatedby "! stacking,orotherwiseassembling, arraysso "" thatthecentersoftheemittedlightbeamsareon ## parallelpaths. $b$   d.2. 4 Carbonmonoxide(CO) lasers :& & havinganyofthefollowing: ' '     d.2.a. ` Anoutputenergyexceeding2J (") perpulseanda peakpowerexceeding5kW;or )r#*     d.2.b. ` AnaverageorCWoutputpower J+"%, exceeding5kW; ",%- Ї  d.3. Q Carbondioxide(CO2) lasershaving (- anyofthefollowing: .    % d.3.a. } ACWoutputpowerexceeding15 0 kW;  `1    % d.3.b. } Apulsedoutputhavinga pulse 8 3 durationexceeding10%sandhavinganyofthe  4 following:  5    %  Q d.3.b.1.  An averageoutputpower p7 exceeding10kW;or pH 8    %  Q d.3.b.2.  A peakpowerexceeding100   : kW;or  ;    % d.3.c. } Apulsedoutputhavinga pulse  = durationequaltoorlessthan10%sandhaving X> anyofthefollowing: X0?    %  Q d.3.c.1.  Apulseenergyexceeding5J A perpulse;or B    %  Q d.3.c.2.  An averageoutputpower hD exceeding2.5kW; h@E   d.4. Q Excimer lasers,havinganyofthe G following: H    % d.4.a. } Anoutputwavelengthnot xJ exceeding150nmandhavinganyofthefollowing: xPK    %  Q d.4.a.1.  Anoutputenergyexceeding50 P (L mJperpulse;or (!M    %  Q d.4.a.2.  An averageoutputpower "O exceeding1W; #P    % d.4.b. } Anoutputwavelengthexceeding `%8R 150nmbutnotexceeding190nmandhavingany 8& S ofthefollowing: ' T    %  Q d.4.b.1.  Anoutputenergyexceeding ("V 1.5Jperpulse;or )p#W    %  Q d.4.b.2.  An averageoutputpower H+ %Y exceeding120W;  ,%Z Ї    d.4.c. ` Anoutputwavelengthexceeding ( 190nmbutnotexceeding360nmandhavingany  ofthefollowing:       4 d.4.c.1. Anoutputenergyexceeding  ` 10Jperpulse;or ` 8      4 d.4.c.2. An averageoutputpower   exceeding500W;or       d.4.d. ` Anoutputwavelengthexceeding p  360nmandhavinganyofthefollowing: pH       4 d.4.d.1. Anoutputenergyexceeding    1.5Jperpulse;or        4 d.4.d.2. An averageoutputpower   exceeding30W; X    Note:  4 Forexcimer lasersspecially 0 designedforlithographyequipment,see3B001.     d.5. 4 Chemicallasers,asfollows:      d.5.a.HydrogenFluoride(HF) lasers; jB     d.5.b.DeuteriumFluoride(DF) lasers;      d.5.c. Transferlasers,asfollows:       4 d.5.c.1.OxygenIodine(O2-I) zR  lasers; R *      4 d.5.c.2.DeuteriumFluoride-Carbon "! dioxide(DF-CO2) lasers; ""   d.6. 4 NonrepetitivepulsedNeodymium $b$ (Nd)glass lasers,havinganyofthefollowing: b%:%     d.6.a. ` A pulsedurationnotexceeding ' ' 1%sandanoutputenergyexceeding50Jper '!( pulse;or (")     d.6.b. ` A pulsedurationexceeding1 r*J$+ %sandanoutputenergyexceeding100Jper J+"%, pulse; ",%- Ї   Note:  Q Nonrepetitivepulsedrefersto (-  lasersthatproduceeitherasingleoutputpulse . orthathaveatimeintervalbetweenpulses / exceedingoneminute. 0 e.Components,asfollows: b :2   e.1.Mirrorscooledeitherbyactivecoolingor  4 byheatpipecooling;  5   TechnicalNote :Activecoolingisacooling r7 techniqueforopticalcomponentsusingflowing tL 8 fluidswithinthesubsurface(nominallylessthan1 L$ 9 mmbelowtheopticalsurface)oftheoptical $ : componenttoremoveheatfromtheoptic.  ;   e.2.Opticalmirrorsortransmissiveorpartially  = transmissiveopticalorelectro-opticalcomponents \> speciallydesignedforusewithcontrolled lasers; \4? f.Opticalequipment,asfollows:  A    N.B.: Forsharedapertureopticalelements, C capableofoperatingin Super-HighPower nD Laser( SHPL)applications,seetheU.S. nFE MunitionsList(22CFRpart121). FF   f.1.Dynamicwavefront(phase)measuring H equipmentcapableofmappingatleast50positions I onabeamwavefronthavinganythefollowing: ~J    % f.1.a.Frameratesequaltoormorethan V .L 100Hzandphasediscriminationofatleast5%of .!M thebeam'swavelength;or "N    % f.1.b.Frameratesequaltoormorethan #P 1,000Hzandphasediscriminationofatleast20% $fQ ofthebeam'swavelength; f%>R   f.2. Laserdiagnosticequipmentcapableof ' T measuring SHPLsystemangularbeamsteering '!U errorsofequaltoorlessthan10rad; ("V   f.3.Opticalequipmentandcomponents v*N$X speciallydesignedforaphased-array SHPL N+&%Y systemforcoherentbeamcombinationtoan &,%Z accuracyoflambda/10atthedesigned ( wavelength,or0.1m,whicheveristhesmaller;    f.4.Projectiontelescopesspeciallydesigned  forusewith SHPLsystems.   < N# \o@~#O#~hX~#  `  6A006 Magnetometers, magnetic n F gradiometers, intrinsicmagnetic F  gradiometers,underwaterelectricfield   sensors,and compensationsystems,and   speciallydesignedcomponentstherefor,as   follows(seeListofItemsControlled).  ~   LicenseRequirements  V.    ReasonforControl:NS,AT   Control(s) 4  `      CountryChart    NSappliestoentireentry   NSColumn2 f> ATappliestoentireentry   ATColumn1    LicenseRequirementNotes :See743.1of  theEARforreportingrequirementsforexports z underLicenseExceptions. zR  LicenseExceptions  *   LVS:0 4 $1500,N/Afor6A006.a.1;   Magnetometersandsubsystems   definedin6A006.a.2usingoptically !b  pumpedornuclearprecession b":! (proton/Overhauser)havinga noise :#" level(sensitivity)lower(better)than $# 2pTrmspersquarerootHz;and $$ 6A006.d.%%44   GBS: 4 N/A  &r &   CIV: 4 N/A  r'J!'  ListofItemsControlled  ")")   Unit:$value *$+ 0  RelatedControls:Seealso4JW!O  5  6A9966!O  7W.This +%, entrydoesnotcontrolinstrumentsspecially,Z&- designedforfisheryapplicationsor (- biomagneticmeasurementsformedical . diagnostics./(#(#   RelatedDefinitions:N/A 0   Items:  `1 a.  Magnetometersandsubsystems,asfollows: 8 3   a.1. Q Using superconductive(SQUID)  5  technologyandhavinganyofthefollowing  6 characteristics: p7    % a.1.a. } SQUIDsystemsdesignedfor H 9 stationaryoperation,withoutspeciallydesigned   : subsystemsdesignedtoreducein-motionnoise,  ; andhavinga noiselevel(sensitivity)equaltoor  < lower(better)than50fT(rms)persquarerootHz  = atafrequencyof1Hz;or X>    % a.1.b. } SQUIDsystemshavingan 0@ in-motion-magnetometer noiselevel(sensitivity) A lower(better)than20pT(rms)persquarerootHz B atafrequencyof1Hzandspeciallydesignedto C reducein-motionnoise; hD   a.2. Q Usingopticallypumpedornuclear @F precession(proton/Overhauser) technology G havinga noiselevel(sensitivity)lower(better) H than20pT(rms)persquarerootHz; I   a.3. Q Usingfluxgate technologyhavinga xPK  noiselevel(sensitivity)equaltoorlower(better) P (L than10pT(rms)persquarerootHzatafrequency (!M of1Hz; "N   a.4.Inductioncoil magnetometershavinga #P  noiselevel(sensitivity)lower(better)thananyof $`Q thefollowing: `%8R    % a.4.a.0.05nTrms/squarerootHzat ' T frequenciesoflessthan1Hz; '!U    % a.4.b.1x10-3nTrms/squarerootHzat )p#W frequenciesof1Hzormorebutnotexceeding10 p*H$X Hz;or H+ %Y   ,%Z     a.4.c.1x10-4nTrms/squarerootHzat ( frequenciesexceeding10Hz;    a.5.Fiberoptic magnetometershavinga   noiselevel(sensitivity)lower(better)than1nT  ` rmspersquarerootHz; ` 8 &o%%&ob.Underwaterelectricfieldsensorshavinga    noiselevel(sensitivity)lower(better)than8   nanovoltpermeterpersquarerootHzwhen    measuredat1Hz. p  c.#&o%%&o#Ԁ Magneticgradiometersasfollows: H    c.1. Magneticgradiometersusingmultiple    magnetometerscontrolledby6A006.a;     c.2.Fiberoptic intrinsicmagnetic X gradiometershavingamagneticgradientfield X0  noiselevel(sensitivity)lower(better)than0.3 0 nT/mrmspersquarerootHz;    c.3. Intrinsicmagneticgradiometers,using   technologyotherthanfiber-optic technology, h havingamagneticgradientfield noiselevel h@ (sensitivity)lower(better)than0.015nT/mrms @ persquarerootHz;and  d. Compensationsystemsformagneticand  UnderwaterElectricFieldSensorsresultingina x performanceequaltoorbetterthanthecontrol xP parametersof6A006.a,6A006.b,and6A006.c. P (  6A007Gravitymeters(gravimeters)and "" gravitygradiometers,asfollows(seeListof ## ItemsControlled).  $`$  LicenseRequirements  8& &   ReasonforControl:NS,MT,AT '!( Control(s) 4  `      CountryChart )p#* NSappliestoentireentry   NSColumn2 H+ %,   ,%- MTappliesto6A007.band.c - MTColumn1 (- whentheaccuraciesin . 6A007.b.1andb.2aremet / orexceeded 0 ATappliestoentireentry   - ATColumn1 ` 82  LicenseExceptions   5   LVS: Q $3000;N/AforMT p7   GBS: Q N/A   pH 8   CIV: Q N/A   H 9    % ListofItemsControlled   ;   Unit:$value  = 0  RelatedControls:Seealso4M!O  5  6A1076!O3  7(Ԁand4N5!!O  5  6A9976!O3  7)#X>(#(# 0  RelatedDefinitions:N/AX0?(#(#   Items: 0@ &o%%&oa.Gravitymetersdesignedormodifiedforground B usehavingastaticaccuracyofless(better)than10 C gal; hD   Note :6A007.adoesnotcontrolground @F gravitymetersofthequartzelement(Worden)type. G b.Gravitymetersdesignedformobileplatforms I forground,marine,submersible,spaceorairborne zJ use,havingallofthefollowing: zRK   b.1.Astaticaccuracyofless(better)than0.7 *!M mgal;and "N   b.2.Anin-service(operational)accuracyof #P less(better)than0.7mgalhavinga $bQ time-to-steady-stateregistrationoflessthan2 b%:R minutesunderanycombinationofattendant :& S correctivecompensationsandmotionalinfluences; ' T c.Gravitygradiometers.#&o%%&o#&o%%&o ("V    ",%Z % O 6A008Radarsystems,equipmentand ( assemblieshavinganyofthefollowing  characteristics(seeListofItemsControlled),  andspeciallydesignedcomponentstherefor.   %Oa#&o%%&o# &o%%&oLicenseRequirements  ` 8   ReasonforControl:NS,MT,RS,AT        4  `      Control(s) 4  `      CountryChart    NSappliestoentireentry   NSColumn2 pH  #&o%%&o#&o%%&oMTappliestoitemsthat   MTColumn1    aredesignedforairborne   applicationsandthatare   usableinsystemscontrolled   forMTreasons X RSappliesto6A008.j.10 0  RSColumn10 #&o%%&o#&o%%&oATappliestoentireentry   ATColumn1    LicenseRequirementNotes :See743.1of h@ theEARforreportingrequirementsforexports D underLicenseExceptions.  #&o%%&o8#%o%%&o   #&o%%%o#&o%%&o LicenseExceptions   0  LVS:04$5000;N/AforMTandfor |T 6A008.j.1and6A008.l.3T ,44   GBS: 4 Yes,for6A008.b,.c,andl.1only ,!  0  CIV: 4 Yes,for6A008.b,.c,andl.1only"!      4  ` ListofItemsControlled  ##   Unit:$value      < #&o%%&o#&o%%&o d%<% 0  RelatedControls:#&o%%&oV#&o%%&oThisentrydoesnot <& & control:Secondarysurveillanceradar(SSR); ' ' Carradardesignedforcollisionprevention; '!( DisplaysormonitorsusedforAirTraffic (") Control(ATC)havingnomorethan12 )t#* resolvableelementspermm;Meteorological t*L$+ (weather)radar.Seealso4R> !O  5  6A1086n!O  72Ԁand4S!O  5  6A9986!O1  7ܐ_. L+$%, ECCN4T!O  5  6A9986!O  7 %Ԁcontrols,interalia,theLIDAR$,%- equipmentexcludedbythenotetoparagraphj (- ofthisECCN(4UO!O  5  6A0086"!O6  7Cd).#&o%%&o#&o%%&oԀ#&o%%&o#&o%%&oԀ.(#(# Ѐ#&o%%&o5#&o%%&o0  RelatedDefinitions:N/A/(#(#   Items:#&o%%&o#Ԁ 0  &o%%&oNote: 6A008doesnotcontrol: ` 82   a. % Secondarysurveillanceradar(SSR); : 3   b. % CivilAutomotiveRadar;  4   c. % Displaysormonitorsusedforairtraffic  5 control(ATC)havingnomorethan12resolvable  6 elementspermm; r7   d. % Meteorological(weather)radar. rJ 8 % V a.Operatingatfrequenciesfrom40GHzto230 " : GHzandhavinganyofthefollowing:  ; %VZ  a.1. Q An averageoutputpowerexceeding  = 100mW;or Z>   a.2. Q Locatingaccuracyof1morless 2 @ (better)inrangeand0.2degreeorless(better)in  A azimuth;#&o%%&oW# B b.Havingatunablebandwidthexceeding6.25% jD ofthecenteroperatingfrequency; jBE   TechnicalNote :Thecenteroperating G frequencyequalsonehalfofthesumofthehighest H plusthelowestspecifiedoperatingfrequencies. I c.Capableofoperatingsimultaneouslyonmore |TK thantwocarrierfrequencies; T ,L d.Capableofoperatinginsyntheticaperture "N (SAR),inversesyntheticaperture(ISAR)radar "O mode,orsidelookingairborne(SLAR)radarmode; #P e.Incorporating electronicallysteerablephased d%<R arrayantennae; <& S f.Capableofheightfindingnon-cooperative '!U targets; ("V   Note :6A008.fdoesnotcontrolprecision t*L$X approachradar(PAR)equipmentconformingto N+&%Y ICAOstandards. &,%Z Їg.Speciallydesignedforairborne(balloonor ( airframemounted)operationandhavingDoppler   signalprocessingforthedetectionofmoving  targets;  h.Employingprocessingofradarsignalsusing ` 8 anyofthefollowing: 8    h.1. Radarspreadspectrumtechniques;or     h.2. Radarfrequencyagilitytechniques; p  i.Providingground-basedoperationwitha H  maximum instrumentedrangeexceeding&  185    km'  ;     Note :6A008.idoesnotcontrol:     a.Fishinggroundsurveillanceradar; Z2   b.Groundradarequipmentspecially   designedforenrouteairtrafficcontrol,provided  thatallthefollowingconditionsaremet:      1.Ithasamaximum instrumented jB rangeof500kmorless; B     2.Itisconfiguredsothatradartarget  datacanbetransmittedonlyonewayfromthe  radarsitetooneormorecivilATCcenters; z     3.Itcontainsnoprovisionsforremote R * controloftheradarscanratefromtheenroute *!  ATCcenter;and "!     4.Itistobepermanentlyinstalled; ##   c.Weatherballoontrackingradars. b%:% % { j.Being laserradarorLightDetectionand ' ' Ranging(LIDAR)equipment,havinganyofthe '!( following: (") %{^  j.1. Space-qualified;or r*J$+ &o%%&o  j.2.Employingcoherentheterodyneor ",%- homodynedetectiontechniquesandhavingan (- angularresolutionofless(better)than20rad . (microradians);#&o%%&oo# /   Note :6A008.jdoesnotcontrolLIDAR  `1 equipmentspeciallydesignedforsurveyingorfor b :2 meteorologicalobservation. : 3 k.Having signalprocessingsub-systemsusing  5  pulsecompression,withanyofthefollowing:  6   k.1.A pulsecompressionratioexceeding rJ 8 150;or J" 9   k.2.Apulsewidthoflessthan200ns;or  ; l.Havingdataprocessingsub-systemswithanyof  = thefollowing: Z>   l.1. Automatictargettrackingproviding,at 2 @ anyantennarotation,thepredictedtargetposition  A beyondthetimeofthenextantennabeampassage; B   Note :6A008.l.1doesnotcontrolconflictalert jD capabilityinATCsystems,ormarineorharbor lDE radar. DF   l.2.Calculationoftargetvelocityfromprimary H radarhavingnon-periodic(variable)scanning I rates; |J   l.3.Processingforautomaticpattern T ,L recognition(featureextraction)andcomparison ,!M withtargetcharacteristicdatabases(waveformsor "N imagery)toidentifyorclassifytargets;or "O   l.4.Superpositionandcorrelation,orfusion,of $dQ targetdatafromtwoormore geographically d%<R dispersedand interconnectedradarsensorsto <& S enhanceanddiscriminatetargets. ' T   Note :6A008.l.4doesnotcontrolsystems, ("V equipmentandassembliesdesignedformarine )v#W trafficcontrol.&o%%&o v*N$X  &,%Z #&o%%&og# % ) 6A102 &o%%&oRadiationhardeneddetectors,other ( thanthosecontrolledby6A002,specially  designedormodifiedforprotectingagainst  nucleareffects(e.g.,ElectromagneticPulse  (EMP),X-rays,combinedblastandthermal  d effects)andusablefor missiles,designedor d < ratedtowithstandradiationlevelswhichmeet <  orexceedatotalirradiationdoseof5x105   rads(silicon).#&o%%&o#    %) LicenseRequirements  t    ReasonforControl:MT,AT <  h    L$       4  `    Control(s) 4  `      CountryChart   MTappliestoentireentry   MTColumn1   ATappliestoentireentry   ATColumn1 \4  LicenseExceptions      LVS: 4 N/A    GBS: 4 N/A  l   CIV: 4 N/A  lD  ListofItemsControlled     Unit:Componentsinnumber    RelatedControls:N/A | 0  RelatedDefinitions:Inthisentry,adetector |T isdefinedasamechanical,electrical,optical T , orchemicaldevicethatautomatically ,!  identifiesandrecords,orregistersastimulus "! suchasanenvironmentalchangeinpressure "" ortemperature,anelectricalor ## electromagneticsignalorradiationfroma $d$ radioactivematerial.d%<%   Items: <& & Thelistofitemscontrollediscontainedinthe '!( ECCNheading. (")    $,%- Ї &o%%&o6A103Radomesdesignedtowithstanda (- combinedthermalshockgreaterthan100cal/sq . cmaccompaniedbyapeakoverpressureof / greaterthan50kPa,usableinprotecting 0  missilesagainstnucleareffects(e.g.  `1 ElectromagneticPulse(EMP),Xrays, ` 82 combinedblastandthermaleffects),andusable 8 3 for missiles.(Theseitemsaresubjecttothe  4 exportlicensingauthorityoftheU.S.  5 DepartmentofState,DirectorateofDefense  6 TradeControls.See22CFRpart121.) #&o%%&o%# p7  % K 6A107&o%%&oGravitymeters(gravimeters)#&o%%&o)#&o%%&oԀand#&o%%&o_)#&o%%&o   : speciallydesignedcomponentsforgravity  ; metersandgravitygradiometers,asfollows(see  < ListofItemsControlled). #&o%%&o)#   = %K( LicenseRequirements  \4?   ReasonforControl:MT,AT  A Control(s) Q  }        - CountryChart C   MTappliestoentireentry   - MTColumn1 lDE ATappliestoentireentry   - ATColumn1 G  LicenseExceptions  I   LVS: Q N/A |TK   GBS: Q N/A   T ,L   CIV: Q N/A ,!M   ListofItemsControlled  "O   Unit:$value $dQ   RelatedControls:N/A d%<R   RelatedDefinitions:N/A <& S   Items: ' T  &o%%&o a.0  Gravitymeters(gravimeters),otherthanthose ("V controlledby6A007.b,designedormodified )t#W forairborneormarineuse,andhavingastatic t*L$X oroperationalaccuracyof7x106m/s2(0.7 L+$%Y milligal)orbetter,andhavingatimetosteady $,%Z(#(# stateregistrationoftwominutesorless, ( usablefor missiles; b.0  Speciallydesignedcomponentsforgravity  meterscontrolledin6A007.bor6A107.aand  ` gravitygradiometerscontrolledin6A007.c.` 8 #&o%%&ok.# % Q 6A108Radarsystemsandtrackingsystems,   otherthanthosecontrolledby6A008,as    follows(seeListofItemsControlled).  p  %Q{1 LicenseRequirements  H    ReasonforControl:MT,AT   Control(s) 4  `      CountryChart   MTappliestoentireentry   MTColumn1 X0 ATappliestoentireentry   ATColumn1   LicenseExceptions     LVS: 4 N/A h@   GBS: 4 N/A @   CIV: 4 N/A        4  ` ListofItemsControlled     Unit:$value xP 0  RelatedControls:1.)Thisentrydoesnot P ( controlairbornecivilweatherradar (!  conformingtointernationalstandardsforcivil "! weatherradarsprovidedthattheydonot "" incorporateanyofthefollowing:(a)Phased ## arrayantennas;(b)Frequencyagility;(c) $`$ Spreadspectrum;or(d)Signalprocessing `%8% speciallydesignedforthetrackingof 8& & vehicles.2.)Itemsin4e} !O  5  6A108.a6{7!O7Def  7e7Ԁthatare ' ' speciallydesignedormodifiedfor missiles '!( orforitemsontheU.S.MunitionsListare (") subjecttotheexportlicensingauthorityofthe )p#* U.S.DepartmentofState,DefenseTrade p*H$+ Controls(see22CFRpart121).H+ %, 0  RelatedDefinitions:Laserradarsystemsare ,%- definedasthosethatembodyspecialized (- transmission,scanning,receivingandsignal . processingtechniquesforutilizationoflasers / forechoranging,directionfindingand 0 discriminationoftargetsbylocation,radial  `1 speedandbodyreflectioncharacteristics.` 82(#(#   Items: 8 3 &o%%&o%  a.0  Radarandlaserradarsystemsdesignedor  5 modifiedforusein missiles; 6(#(# %;  Note :6A108.aincludesthefollowing: pH 8    % a.0 Q Terraincontourmappingequipment;J" 9Q(#Q(#    % b.0 Q Imagingsensorequipment;" :Q(#Q(#    % c.0 Q Scenemappingandcorrelation(both  ; digitalandanalog)equipment; <Q(#Q(#    % d.0 Q Dopplernavigationradarequipment. =Q(#Q(# b.0  Precisiontrackingsystems,usablefor #&o%%&o;#&o%%&o rockets, Z2? missiles,orunmannedaerialvehiclescapable 6@ ofachievinga rangeequaltoorgreaterthan A 300km#&o%%&o>#&o%%&o,asfollows:B(#(#   b.1.Trackingsystemswhichuseacode nD translator#&o%%&o?#&o%%&oinstalledontherocketorunmanned nFE  b  aerialbAԀvehicle#&o%%&o@#&o%%&oԀinconjunctionwitheithersurfaceor FF airbornereferencesornavigationsatellitesystems G toprovidereal-timemeasurementsofin-flight H positionandvelocity; I   b.2.Rangeinstrumentationradarsincluding ~VK associatedoptical/infraredtrackerswithallofthe V .L followingcapabilities: .!M      % b.2.a.Angularresolutionbetterthan3 "O milliradians ; #P    % b.2.b.Rangeof30kmorgreaterwitha f%>R rangeresolutionbetterthan10mrms; >& S    % b.2.c.Velocityresolutionbetterthan3 '!U m/s.XX%&o ("V #&o%XXD##&o%%&o_A#&o%%&o#&o%%&o"E#    %    %  &,%Z  % * 6A202Photomultipliertubeshavingbothof ( thefollowingcharacteristics(seeListofItems  Controlled).   %*E LicenseRequirements   `   ReasonforControl:NP,AT 8  Control(s) 4  `      CountryChart     NPappliestoentireentry   NPColumn1 p  ATappliestoentireentry   ATColumn1 H   LicenseExceptions      LVS: 4 N/A     GBS: 4 N/A X   CIV: 4 N/A X0  ListofItemsControlled     Unit:Number  0  RelatedControls:SeeECCNs4X!O  5  6E0016I!OI  7I h ( development),4Y !O  5  6E0026^J!OrJ  7 J( production),and h@ 4Z!O  5  6E20167K!OKK  7yKԀ( use)fortechnologyforitems @ controlledunderthisentry.   RelatedDefinitions:N/A    Items:  a.Photocathodeareaofgreaterthan20cm2;and xP b.Anodepulserisetimeoflessthan1ns. (!    % 5 6A203Camerasandcomponents,otherthan ## thosecontrolledby6A003,asfollows(seeList $`$ ofItemsControlled).  `%8% %5kM LicenseRequirements  ' '   ReasonforControl:NP,AT (") Control(s) 4  `      CountryChart p*H$+   NPappliestoentireentry   NPColumn1  ,%- ЇATappliestoentireentry   - ATColumn1 (-  LicenseExceptions  /   LVS: Q N/A  `1   GBS: Q N/A   ` 82   CIV: Q N/A 8 3  ListofItemsControlled   5 0  Unit:Equipmentandcomponentsinnumber; p7 partsandaccessoriesin$valuepH 8(#(# 0  RelatedControls:(1)SeeECCNs4[Q!!O  5  6E0016Q!OQ  71#Q H 9 ( development),4\C!O  5  6E0026R!OR  7#RԀ( production),and   : 4]!O  5  6E2016^S!OrS  7SԀ( use)fortechnologyforitems  ; controlledunderthisentry.(2)Alsosee  < ECCN4!O  5  6A003.a.26T!OTR  7d T,4di!O  5  a.368U!OLUpmen  7veEzU,and4d!O  5  a.46U!OUpmen  7ve(V. =(#(#   RelatedDefinitions:N/A X>   Items: X0? a.Mechanicalrotatingmirrorcameras,asfollows, A andspeciallydesignedcomponentstherefor: B   a.1.Framingcameraswithrecordingrates hD greaterthan225,000framespersecond; h@E   a.2.Streakcameraswithwritingspeeds G greaterthan0.5mmpermicrosecond; H   Note: Componentsofcamerascontrolledby xJ 6A203.aincludetheirsynchronizingelectronics zRK unitsandrotorassembliesconsistingofturbines, R *L mirrorsandbearings. *!M b.Electronicstreakcameras,electronicframing "O cameras,tubesanddevices,asfollows: #P   b.1.Electronicstreakcamerascapableof50ns b%:R orlesstimeresolution; :& S   b.2.Streaktubesforcamerascontrolledby '!U 6A203.b.1; ("V   b.3.Electronic(orelectronicallyshuttered) r*J$X framingcamerascapableof50nsorlessframe J+"%Y exposuretime; ",%Z Ї  b.4.Framingtubesandsolidstateimaging ( devicesforusewithcamerascontrolledby  6A203.b.3,asfollows:      b.4.a.Proximityfocusedimageintensifier  ` tubeshavingthephotocathodedepositedona ` 8 transparentconductivecoatingtodecrease 8  photocathodesheetresistance;       b.4.b.Gatedsiliconintensifiertarget    (SIT)videcontubes,whereafastsystemallows p  gatingthephotoelectronsfromthephotocathode pH  beforetheyimpingeontheSITplate; H      b.4.c.KerrorPockelscellelectrooptical   shuttering;       b.4.d.Otherframingtubesandsolidstate X imagingdeviceshavingafastimagegatingtime X0 oflessthan50nsspeciallydesignedforcameras 0 controlledby6A203.b.3.  c.RadiationhardenedTVcameras,orlenses  therefor,speciallydesignedorratedasradiation h hardenedtowithstandatotalradiationdose h@ greaterthan50x103Gy(silicon)(5x106rad @ (silicon))withoutoperationaldegradation.    TechnicalNote: ThetermGy(silicon)refers  totheenergyinJoulesperkilogramabsorbedby z anunshieldedsiliconsamplewhenexposedto zR ionizingradiation. R *  % D 6A205 Lasers, laseramplifiersand "" oscillators,otherthanthosecontrolledby ## 0B001.g.5,0B001.h.6,orOX~hN \oԀ6A005,asfollows(see $b$ ListofItemsControlled).N# \oyc#O#~hXZc#  %]% %Db LicenseRequirements  N'&!'   ReasonforControl:NP,AT (") Control(s) 4  `      CountryChart +^%,    ^,6&- NPappliestoentireentry   - NPColumn1 (- ATappliestoentireentry   - ATColumn1 /  LicenseExceptions   `1   LVS: Q N/A 8 3 Ѐ  GBS: Q N/A  4   CIV: Q N/A  5  ListofItemsControlled  p7 &o%%&o  #&o%%&o g#OX~hN \oUnit: Q EquipmentinnumberN# \owg#N \oO#  X \oXg#O \o X  pH 8 0  RelatedControls:(1)SeeECCNs4aQ!!O  5  6E0016h!Ohtry  7Co1#h H 9 ( development),4bCoC!O  5  6E0026ci!Owitry  7Co#iԀ( production),and   : 4cCo!O  5  6E2016 lasersN# \og#N \oO#  X \o&h#O \o X ;SeeECCN4jn!O  5  6A005.b.6.b6an!Oun_  7nԀforadditional X0? controlsonneodymiumdopedlasers.(4) O'@  Lasersspeciallydesignedorpreparedforuse 'A inisotopeseparationaresubjecttotheexport B licensingauthorityoftheNuclearRegulatory C Commission(see10CFRpart110).O#  X \o7n#N#~hX X m#D(#(#   RelatedDefinitions:N/A _E   Items: _7F a.Argonion lasershavingbothofthefollowing H characteristics: I   a.1.Operatingatwavelengthsbetween400nm oK and515nm;and o GL   a.2.Anaverageoutputpowergreaterthan40 "N W; "O OX~hN \ob.Tunablepulsedsingle-modedyelaser $Q oscillatorshavingallofthefollowing %pR characteristics: &a S   b.1.Operatingatwavelengthsbetween600nm k(C"U and800nm; \)4#V   b.2.Havinganaverageoutputgreaterthan1W; >+%X  /,&Y   b.3Arepetitionrategreaterthan1kHz;and (   b.4.Pulsewidthlessthan100ns;O#  X \or#O \o X N# \or#N \o  O#  X \ot#O \o X N# \o&u#N \oc.[RESERVED]N# \ou#O#~hX~u#N  XX~hO \o X    d.Pulsedcarbondioxide lasershavingallof  a thefollowingcharacteristics: z R   d.1.Operatingatwavelengthsbetween9,000 \4  nmand11,000nm; M%    d.2.Arepetitionrategreaterthan250Hz; /    d.3.Anaverageoutputpowergreaterthan   500W;and     d.4.Pulsewidthoflessthan200ns;  e.ParahydrogenRamanshiftersdesignedto Y operateat16micrometeroutputwavelengthand Y1 atarepetitionrategreaterthan250Hz.O#  X \oWv#N#~hX X 8v#OX~hN \o; 1  f.Neodymium-doped(otherthanglass)lasers  withanoutputwavelengthbetween1000and   1100nmhavingeitherofthefollowing:    f.1.Pulse-excitedandQ-switchedwitha  pulsedurationequaltoorgreaterthan1ns,and  havingeitherofthefollowing:       f.1.a.Asingle-transversemodeoutput "y withanaverageoutputpowergreaterthan40W; #j  or $[!     f.1.b.Amultiple-transversemodeoutput e&= # withanaverageoutputpowergreaterthan50W; V'.!$ or M(%"% 0  f.2.0Incorporatingfrequencydoublingtogive)#' anoutputwavelengthbetween500and550nm *$( withanaverageoutputpowerofgreaterthan40 +%) W. ,]&* N# \oy#O#~hXyy# 6A225Velocityinterferometersformeasuring (* velocitiesexceeding1km/sduringtimeintervals + oflessthan10microseconds.  ,  LicenseRequirements   `.   ReasonforControl:NP,AT 8 0 Control(s) Q  }        - CountryChart  2 NPappliestoentireentry   - NPColumn1 p4 ATappliestoentireentry   - ATColumn1 H 6  LicenseExceptions   8   LVS: Q N/A  :   GBS: Q N/A X;   CIV: Q N/A X0<  ListofItemsControlled  > 0  Unit:Equipmentinnumber;partsand @ accessoriesin$valuehA(#(# 0  RelatedControls:SeeECCNs4P!!O  5  6E0016!O'  70#U h@B ( development),4C!O  5  6E0026!O  7#+Ԁ( production),and @C 4!O  5  6E2016ƒ!Oփ  7Ԁ( use)fortechnologyforitems D controlledunderthisentry.E(#(#   RelatedDefinitions:N/A F 0  ECCNControls:6A225includesvelocity xG interferometers,suchasVISARs(Velocity xPH interferometersystemsforanyreflector)and P (I DLIs(Dopplerlaserinterferometers).(!J(#(#   Items: "K Thelistofitemscontrollediscontainedinthe #M ECCNheading. $`N   6A226Pressuresensors,asfollows(seeListof ' Q ItemsControlled).  '!R  LicenseRequirements  )p#T   ReasonforControl:NP,AT H+ %V   ,%W Control(s) 4  `      CountryChart (   NPappliestoentireentry   NPColumn1  ATappliestoentireentry   ATColumn1  `  LicenseExceptions  8    LVS: 4 N/A     GBS: 4 N/A      CIV: 4 N/A  p   ListofItemsControlled  H  0  Unit:Equipmentinnumber;partsand   accessoriesin$value  &o%%&oXX%&o0  #&o%XX#RelatedControls:SeeECCNs4!O  5  6E0016#!O7  7e   ( development),4 !O  5  6E0026!O   7 ;Ԁ( production),and X 4k!O  5  6E2016Ҍ!O  7Ԁ( use)fortechnologyforitems X0 controlledunderthisentry.#&o%%&o#0   RelatedDefinitions:N/A    Items:  a.Manganingaugesforpressuresgreaterthan h 100kilobars;or h@ b.Quartzpressuretransducersforpressures  greaterthan100kilobars.   %  6A991Marineorterrestrialacoustic x equipment,n.e.s.,capableofdetectingor xP locatingunderwaterobjectsorfeaturesor P ( positioningsurfacevesselsorunderwater (!  vehicles;andspeciallydesignedcomponents, "! n.e.s.  "" %h LicenseRequirements  $`$   ReasonforControl:AT 8& & Control(s) 4  `      CountryChart '!(   ATappliestoentireentry   ATColumn2 )p#*  LicenseExceptions  H+ %,   ,%-   LVS: Q N/A (-   GBS: Q N/A .   CIV: Q N/A   /  ListofItemsControlled   `1   Unit:$value 8 3   RelatedControls:N/A  4   RelatedDefinitions:N/A  5   Items:  6 Thelistofitemscontrollediscontainedinthe pH 8 ECCNheading. H 9  % + 6A992OpticalSensors,notcontrolledby  < 6A002.   = %+ LicenseRequirements  X0? &o%%&o  ReasonforControl:AT,RS A Control(s) Q  }   0  0(#(#0-(#(#CountryChartC-(#-(# ATappliestoentireentry  0 - ATColumn1h@E-(#-(# RSappliestoentireentry.Alicenseisrequiredfor G itemscontrolledbythisentryforexportorreexport H toIraqortransferwithinIraqforregionalstability I reasons.TheCommerceCountryChartisnot xJ designedtodetermineRSlicenserequirementsfor xPK thisentry.See742.6and746.3oftheEARfor P (L additionalinformation.#&o%%&oG# (!M    % LicenseExceptions  "O   LVS: Q N/A $`Q   GBS: Q N/A `%8R   CIV: Q N/A 8& S   ListofItemsControlled  '!U 0  Unit:Equipmentinnumber;partsand )p#W accessoriesin$valuep*H$X(#(#   RelatedControls:N/A H+ %Y   RelatedDefinitions:N/A  ,%Z   Items: ( a.Imageintensifiertubesandspeciallydesigned  componentstherefor,asfollows:    a.1.Imageintensifiertubeshavingallthe ` 8 following: 8      a.1.a.Apeakresponseinwavelength   rangeexceeding400nm,butnotexceeding1,050    nm; p      a.1.b.Amicrochannelplateforelectron H  imageamplificationwithaholepitch    (center-to-centerspacing)oflessthan25   micrometers;and       a.1.c.Havinganyofthefollowing:   X      4 a.1.c.1.AnS-20,S-25ormultialkali 0 photocathode;or       4 a.1.c.2.AGaAsorGaInAs  photocathode; h   a.2.Speciallydesignedmicrochannelplates @ havingbothofthefollowingcharacteristics:      a.2.a.15,000ormorehollowtubesper  plate;and x     a.2.b.Holepitch(center-to-center P ( spacing)oflessthan25micrometers. (!  b.Directviewimagingequipmentoperatingin "" thevisibleorinfraredspectrum,incorporating ## imageintensifiertubeshavingthecharacteristics $`$ listedin6A992.a.1. `%8%  6A993Cameras,notcontrolledby6A003or '!( 6A203,asfollows(seeListofItems (") Controlled).  )p#*  LicenseRequirements  H+ %,   ,%- Ѐ  ReasonforControl:AT (- Controls Q  }        - CountryChart / ATappliestoentireentry   - ATColumn1  `1  LicenseExceptions  8 3 ̀LVS:N/A  5 ЀGBS:N/A  6 ЀCIV:N/A p7  ListofItemsControlled  H 9   Unit:Number  ;   RelatedControls:N/A  <   RelatedDefinitions:N/A  =   Items: X> a.CamerasthatmeetthecriteriaofNote3to 0@ 6A003.b.4. A b.[RESERVED] C  % < 6A994Optics,notcontrolledby6A004.  @F %< LicenseRequirements  H   ReasonforControl:AT xJ Control(s) Q  }        - CountryChart P (L    % ATappliestoentireentry   - ATColumn1 "N  LicenseExceptions  #P   LVS: Q N/A `%8R   GBS: Q N/A 8& S   CIV: Q N/A ' T   ListofItemsControlled  ("V 0  Unit:Equipmentinnumber;partsand p*H$X accessoriesin$valueH+ %Y(#(#   RelatedControls:N/A  ,%Z +"      RelatedDefinitions:N/A '   Items:  a.Opticalfilters:    a.1.Forwavelengthslongerthan250nm, _ 8 comprisedofmulti-layeropticalcoatingsand 7  havingeitherofthefollowing:       a.1.a.Bandwidthsequaltoorlessthan1    nmFullWidthHalfIntensity(FWHI)andpeak p  transmissionof90%ormore;or oH      a.1.b.Bandwidthsequaltoorlessthan   0.1nmFWHIandpeaktransmissionof50%or   more;     Note: 6A994doesnotcontrolopticalfilters X withfixedairgapsorLyot-typefilters. Y2   a.2.Forwavelengthslongerthan250nm,and   havingallofthefollowing:      a.2.a.Tunableoveraspectralrangeof j 500nmormore; iB     a.2.b.Instantaneousopticalbandpassof  1.25nmorless;      a.2.c.Wavelengthresettablewithin0.1 z mstoanaccuracyof1nmorbetterwithinthe yR tunablespectralrange;and Q *     a.2.d.Asinglepeaktransmissionof91% "! ormore; ""   a.3.Opticalopacityswitches(filters)witha $b$ fieldofviewof30$orwiderandaresponsetime a%:% equaltoorlessthan1ns; 9& & b. Fluoridefibercable,oropticalfibers '!( therefor,havinganattenuationoflessthan4 (") dB/kminthewavelengthrangeexceeding1,000 )r#* nmbutnotexceeding3,000nm. q*J$+    !,%-  % E 6A995 Lasers,notcontrolledby0B001.g.5, '- 0B001.h.6,6A005or6A205.  . %E LicenseRequirements  0   ReasonforControl:AT _ 82 Control(s) Q  }        - CountryChart  4    % ATappliestoentireentry   - ATColumn1  6  LicenseExceptions  oH 8   LVS: Q N/A  :   GBS: Q N/A  ;   CIV: Q N/A  <   ListofItemsControlled  X> 0  Unit:Equipmentinnumber;partsand /@ accessoriesin$valueA(#(#   RelatedControls:N/A B   RelatedDefinitions:N/A C   Items: hD a.Carbondioxide(CO2) lasershavinganyofthe ?F following: G 0  a.1.ACWoutputpowerexceeding10kW;I(#(#   a.2.Apulsedoutputwitha pulseduration wPK exceeding10microseconds;and O (L    % a.2.a.Anaverageoutputpowerexceeding !N 10kW;or "O    % a.2.b.Apulsed peakpowerexceeding $`Q 100kW;or _%8R   a.3.Apulsedoutputwitha pulseduration ' T equaltoorlessthan10microseconds;and '!U    % a.3.a.Apulseenergyexceeding5Jper )p#W pulseand peakpowerexceeding2.5kW;or o*H$X    % a.3.b.Anaverageoutputpowerexceeding ,%Z 2.5kW; ' b.Semiconductorlasers,asfollows:    b.1.Individual,single-transversemode  ` semiconductor lasershaving: _ 8     b.1.a.Anaverageoutputpowerexceeding   100mW;or   0  0b.1.b.Awavelengthexceeding1,050nm;p    b.2.Individual,multiple-transversemode G  semiconductor lasers,orarraysofindividual   semiconductor lasers,havingawavelength   exceeding1,050nm;   c.Ruby lasershavinganoutputenergy X exceeding20Jperpulse; W0 d.Non- tunable pulsedlasershavingan  outputwavelengthexceeding975nmbutnot  exceeding1,150nmandhavinganyofthe  following: h   d.1.A pulsedurationequaltoorexceeding ? 1nsbutnotexceeding1s,andhavinganyofthe  following:      d.1.a.Asingletransversemodeoutput x andhavinganyofthefollowing: wP      4 d.1.a..1.Awall-plugefficiency '!  exceeding12%andan averageoutputpower !! exceeding10Wandcapableofoperatingata "" pulserepetitionfrequencygreaterthan1kHz;or ##      4 d.1.a..2.An averageoutputpower _%8% exceeding20W;or 7& &     d.1.b.Amultipletransversemodeoutput '!( andhavinganyofthefollowing: (")      4 d.1.b.1.Awall-plugefficiency o*H$+ exceeding18%andan averageoutputpower G+ %, exceeding30W; ,%- Ї   %  Q d.1.b.2.A peakpowerexceeding200 '- MW;or .    %  Q d.1.b.3.An averageoutputpower 0 exceeding50W;or  `1   d.2.A pulsedurationexceeding1sand 7 3 havinganyofthefollowing:  4    % d.2.a.Asingletransversemodeoutputand  6 havinganyofthefollowing: p7    %  Q d.2.a.1.Awall-plugefficiency G 9 exceeding12%andan averageoutputpower  : exceeding10Wandcapableofoperatingatapulse  ; repetitionfrequencygreaterthan1kHz;or  <    %  Q d.2.a.2.An averageoutputpower X> exceeding20W;or W0?    % d.2.b.Amultipletransversemodeoutput A andhavinganyofthefollowing: B    %  Q d.2.b.1.Awall-plugefficiency hD exceeding18%andan averageoutputpower g@E exceeding30W;or ?F    %  Q d.2.b.2.An averageoutputpower H exceeding500W; I e.Non- tunablecontinuouswave (CW)lasers, wPK havinganoutputwavelengthexceeding975nmbut O (L notexceeding1,150nmandhavinganyofthe '!M following: !N   e.1.Asingletransversemodeoutputand #P havinganyofthefollowing: $`Q    % e.1.a.Awall-plugefficiencyexceeding 7& S 12%andan averageoutputpowerexceeding10 ' T Wandcapableofoperatingatapulserepetition '!U frequencygreaterthan1kHz;or ("V    % e.1.b.An averageoutputpower o*H$X exceeding50W;or G+ %Y  ,%Z   e.2.Amultipletransversemodeoutputand ' havinganyofthefollowing:      e.2.a.Awall-plugefficiencyexceeding  18%andan"averageoutputpower"exceeding30  ` W;or _ 8     e.2.b.An averageoutputpower   exceeding500W;   0  0 Note: 6A995.e.1.bdoesnotcontrol p  multipletransversemode,industrial qJ  "lasers"withoutputpowerlessthano I"  equalto2kWwithatotalmassgreater !  than1,200kg.Forthepurposeofthis   note,totalmassincludesallcomponents   requiredtooperatethe"laser",e.g.,   "laser",powersupply,heatexchanger, Z butexcludesexternalopticsforbeam Y2 conditioningand/ordelivery.1  ddf.Non tunable lasers,havingawavelength  exceeding1,400nm,butnotexceeding1555nm  andhavinganyofthefollowing: j   f.1.Anoutputenergyexceeding100mJper A pulseandapulsed peakpowerexceeding1W;  or    f.2.AnaverageorCWoutputpower z exceeding1W. yR &o%%&o % I 6A996 Magnetometersnotcontrolledby "! ECCN6A006, Superconductive "" electromagneticsensors,andspeciallydesigned ## componentstherefor,asfollows(seeListof $b$ ItemsControlled).  a%:% %Ik LicenseRequirements  ' '   ReasonforControl:AT (") Control(s) 4  `      CountryChart u*N$+   ATappliestoentireentry   ATColumn1 %,%- Ї LicenseExceptions  '-   LVS: Q N/A /   GBS: Q N/A 0   CIV: Q N/A    d1    %  Q ListofItemsControlled  ; 3   Unit:$value  5   RelatedControls:N/A  6   RelatedDefinitions:N/A t7   Items: sL 8 a. Magnetometers,n.e.s.,havinga noiselevel # : (sensitivity)lower(better)than1.0nTrmsper  ; squarerootHz.  < b. Superconductiveelectromagneticsensors, \> componentsmanufacturedfrom superconductive [4? materials: 3 @   b.1.Designedforoperationattemperatures B belowthe criticaltemperatureofatleastoneof C their superconductiveconstituents(including lD Josephsoneffectdevicesor superconductive kDE quantuminterferencedevices(SQUIDS)); CF   b.2.Designedforsensingelectromagnetic H fieldvariationsatfrequenciesof1KHzorless; I and |J   b.3.Havinganyofthefollowing S ,L characteristics: +!M    % b.3.a.Incorporatingthin-filmSQUIDS "O withaminimumfeaturesizeoflessthan2%mand #P withassociatedinputandoutputcouplingcircuits; $dQ    % b.3.b.Designedtooperatewithamagnetic ;& S fieldslewrateexceeding1x106magneticflux ' T quantapersecond; '!U    % b.3.c.Designedtofunctionwithout )t#W magneticshieldingintheearthsambientmagnetic s*L$X field;or K+$%Y  #,%Z     b.3.d.Havingatemperaturecoefficient ' less(smaller)than0.1magneticfluxquantum/K.   % L 6A997Gravitymeters(gravimeters)for  ` grounduse,n.e.s.  _ 8 %L) LicenseRequirements      ReasonforControl:AT    Control(s) 4  `      CountryChart oH    ATappliestoentireentry   ATColumn1    LicenseExceptions      LVS: 4 N/A \   GBS: 4 N/A  [4   CIV: 4 N/A      3   ListofItemsControlled     Unit:$value l   RelatedControls:N/A kD   RelatedDefinitions:N/A C   Items:  a.Havingastaticaccuracyofless(better)than  100microgal;or | b.Beingofthequartzelement(Worden)type. S ,  % P 6A998 Radarsystems,equipmentand "" assemblies,n.e.s.,#&o%%&oI#&o%%&oԀ(seeListofItems ## Controlled),andspeciallydesigned $h$ componentstherefor.#&o%%&oW#&o%%&o  g%@% %P LicenseRequirements  ' '   ReasonforControl:RS,AT (") Control(s) 4  `      CountryChart w*P$+ RSappliestoparagraph.b0 0  RSColumn1',&- ЇATappliestoentireentry   - ATColumn1 '-  LicenseExceptions  /   LVS: Q N/A  d1   GBS: Q N/A   c <2   CIV: Q N/A   ; 3    %  Q  }   ListofItemsControlled   5   Unit:$value t7   RelatedControls:N/A sL 8   RelatedDefinitions:N/A K$ 9   Items: # : #&o%%&o #&o%%&oa.Airborneradarequipment,n.e.s.,andspecially  < designedcomponentstherefor.#&o%%&o[#&o%%&o  = b.#&o%%&o# Space-qualified laserradarorLight [4? DetectionandRanging(LIDAR)equipment 3 @ speciallydesignedforsurveyingorfor  A meteorologicalobservation. B &o%%&o#&o%%&oN# 6A999Specificprocessingequipment,asfollows kDE (seeListofItemsControlled). CF LicenseRequirements  H   ReasonforControl:AT |J Control(s) Q  }       CountryChart S ,L ATappliestoentireentry.Alicenseisrequired "N foritemscontrolledbythisentrytoNorthKorea "O forantiterrorismreasons.TheCommerceCountry #P ChartisnotdesignedtodetermineATlicensing $dQ requirementsforthisentry.See742.19ofthe c%<R EARforadditionalinformation. ;& S  LicenseExceptions  '!U   LVS: Q N/A )t#W   GBS: Q N/A s*L$X   CIV: Q N/A K+$%Y  #,%Z  ListofItemsControlled  '   Unit:$value  0  RelatedControls:&o%%&oSeealso4l !O  5  6A2036!O'N/A  7U#&o%%&o#Ԁ   RelatedDefinitions:N/A  `   Items: _ 8   l&o%%&oa.#&o%%&o#ԀSeismicdetectionequipment;   b.&o%%&oԀRadiationhardenedTVcameras,n.e.s.#&o%%&o#      B.TEST,INSPECTIONAND   PRODUCTIONEQUIPMENT     6B004Opticalequipment,asfollows(seeList X ofItemsControlled).  W0  LicenseRequirements     ReasonforControl:NS,AT  Control(s) 4  `      CountryChart g@     NSappliestoentireentry   NSColumn2  ATappliestoentireentry   ATColumn1   LicenseExceptions  wP   LVS: 4 $5000 '!    GBS: 4 Yesfor6B004.b !!   CIV: 4 Yesfor6B004.b   ""  ListofItemsControlled  $`$   Unit:Number 7& & 0  RelatedControls:Thisentrydoesnotcontrol ' ' microscopes.'!( 0  RelatedDefinitions:N/A(")   Items: )p#* a.Equipmentformeasuringabsolutereflectance G+ %, toanaccuracyof0.1%ofthereflectancevalue; ,%- Їb.Equipmentotherthanopticalsurfacescattering '- measurementequipment,havinganunobscured . apertureofmorethan10cm,speciallydesignedfor / thenon-contactopticalmeasurementofa 0 non-planaropticalsurfacefigure(profile)toan  `1  accuracyof2nmorless(better)againstthe _ 82 requiredprofile. 7 3  6B007Equipmenttoproduce,alignand  6 calibrateland-basedgravitymeterswithastatic p7 accuracyofbetterthan0.1mgal.  oH 8  LicenseRequirements   :   ReasonforControl:NS,AT  < Control(s) Q  }        - CountryChart X>   NSappliestoentireentry   - NSColumn2 /@ ATappliestoentireentry   - ATColumn1 B  LicenseExceptions  hD   LVS: Q $5000 ?F   GBS: Q N/A G   CIV: Q N/A   H   ListofItemsControlled  xJ   Unit:Number O (L   RelatedControls:N/A '!M   RelatedDefinitions:N/A !N   Items: "O Thelistofitemscontrollediscontainedinthe $`Q ECCNheading. _%8R  6B008Pulseradarcross-sectionmeasurement '!U systemshavingtransmitpulsewidthsof100ns ("V orlessandspeciallydesignedcomponents )p#W therefor.  o*H$X  LicenseRequirements  ,%Z Ї  ReasonforControl:NS,MT,AT ' Control(s) 4  `      CountryChart  NSappliestoentireentry   NSColumn2  ` MTappliestoentireentry   MTColumn1 7  ATappliestoentireentry   ATColumn1    LicenseExceptions  p    LVS: 4 N/A G    GBS: 4 N/A     CIV: 4 N/A    ListofItemsControlled      Unit:Number W0   RelatedControls:Seealso4n !O  5  6B1086!O   7  /   RelatedDefinitions:N/A    Items:  Thelistofitemscontrollediscontainedinthe h ECCNheading. g@  &o%%&o% m 6B108Systems,otherthanthosecontrolledby  6B008,speciallydesignedforradarcross  sectionmeasurementusablefor rockets, x missiles,orunmannedaerialvehiclescapable wP ofachievinga rangeequaltoorgreaterthan O ( 300kmandtheirsubsystems.%m#&o%%&oe#&o%%&o  '!   LicenseRequirements  ""   ReasonforControl:MT,AT $`$ Control(s) 4  `      CountryChart 7& &     MTappliestoentireentry   MTColumn1 '!( ATappliestoentireentry   ATColumn1 )p#*  LicenseExceptions  G+ %,  ,%-   LVS: Q N/A '-   GBS: Q N/A   .   CIV: Q N/A /  ListofItemsControlled   `1   Unit:Number 7 3   RelatedControls:N/A  4   RelatedDefinitions:N/A  5   Items:  6 Thelistofitemscontrollediscontainedinthe oH 8 ECCNheading. G 9  6B995Speciallydesignedormodified  < equipment,includingtools,dies,fixturesor  = gauges,andotherspeciallydesigned X> componentsandaccessoriestherefor.  W0?  LicenseRequirements  A   ReasonforControl:AT C Control(s) Q  }        - CountryChart g@E    % ATappliestoentireentry   - ATColumn1 G  LicenseExceptions  I   LVS: Q N/A wPK   GBS: Q N/A O (L   CIV: Q N/A '!M  ListofItemsControlled  "O 0  Unit:Equipmentinnumber;partsand $`Q accessoriesin$value_%8R(#(#   RelatedControls:N/A 7& S   RelatedDefinitions:N/A ' T   Items: '!U a.Forthemanufactureorinspectionof: )p#W   a.1.Freeelectron lasermagnetwigglers; G+ %Y  ,%Z   a.2.Freeelectron laserphotoinjectors; ' b.Fortheadjustment,torequiredtolerances,of  thelongitudinalmagneticfieldoffreeelectron   lasers.  `     C.MATERIALS     6C002Opticalsensormaterials,asfollows(see oH  ListofItemsControlled).  G   LicenseRequirements      ReasonforControl:NS,AT   Control(s) 4  `      CountryChart W0   NSappliestoentireentry   NSColumn2  ATappliestoentireentry   ATColumn1   LicenseExceptions  g@   LVS: 4 $3000    GBS: 4 N/A    CIV: 4 N/A    ListofItemsControlled  wP   #&o%%&o0#Unit:Number '!    RelatedControls:Seealso4p !O  5  6C9926!O   7 !!   RelatedDefinitions:N/A ""   Items: ## a.Elementaltellurium(Te)ofpuritylevelsof _%8% 99.9995%ormore; 7& & b.Singlecrystals(includingepitaxialwafers)of '!( anyofthefollowing: (")   b.1.Cadmiumzinctelluride(CdZnTe),with o*H$+ zinccontentlessthan6%bymolefraction; G+ %,  ,%-   b.2.Cadmiumtelluride(CdTe)ofanypurity '- level;or .   b.3.Mercurycadmiumtelluride(HgCdTe)of 0 anypuritylevel.  `1 ̀   % TechnicalNote :Molefractionisdefined 7 3 astheratioofmolesofZnTetothesumofthe  4 molesofCdTeandZnTepresentinthecrystal.  5  6C004Opticalmaterials,asfollows(seeListof qJ 8 ItemsControlled).  I" 9  LicenseRequirements   ;   ReasonforControl:NS,AT  = Control(s) Q  }        - CountryChart Y2?   NSappliestoentireentry   - NSColumn2  A ATappliestoentireentry   - ATColumn1 C  LicenseExceptions  iBE   LVS: Q $1500 G   GBS: Q Yesfor6C004.aand.e H Ѐ  CIV: Q Yesfor6C004.aand.e I  ListofItemsControlled  yRK   Unit:$value )!M   RelatedControls:Seealso4r!O  5  6C9946!O   7 "N   RelatedDefinitions:N/A "O   Items: #P a.Zincselenide(ZnSe)andzincsulphide(ZnS) a%:R  substrateblanksproducedbythechemicalvapor 9& S depositionprocess,havinganyofthefollowing: ' T   a.1.Avolumegreaterthan100cm3;or ("V   a.2.Adiametergreaterthan80mmhavinga q*J$X thicknessof20mmormore; I+"%Y  !,%Z b.Boulesofthefollowingelectro-opticmaterials: '   b.1.Potassiumtitanylarsenate(KTA);    b.2.Silvergalliumselenide(AgGaSe2);  `   b.3.Thalliumarsenicselenide(Tl3AsSe3,also 7  knownasTAS);   c.Non-linearopticalmaterials,havingallofthe    following: p    c.1.Thirdordersusceptibility(chi3)of10-6 G  m2/V2ormore;and     c.2.Aresponsetimeoflessthan1ms;   d. Substrateblanksofsiliconcarbideor X berylliumberyllium(Be/Be)depositedmaterials W0 exceeding300mmindiameterormajoraxis / length;  e.Glass,includingfusedsilica,phosphateglass,  fluorophosphateglass,zirconiumfluoride(ZrF4) h andhafniumfluoride(HfF4),havingallofthe g@ following: ?   e.1.Ahydroxylion(OH-)concentrationof  lessthan5ppm;    e.2.Integratedmetallicpuritylevelsofless wP than1ppm;and O (   e.3.Highhomogeneity(indexofrefraction !! variance)lessthan5x10-6; "" f.Syntheticallyproduceddiamondmaterialwith $`$ anabsorptionoflessthan10-5cm-1for _%8% wavelengthsexceeding200nmbutnotexceeding 7& & 14,000nm. ' '  ,%-  6C005Syntheticcrystalline laserhost '- materialinunfinishedform,asfollows(seeList . ofItemsControlled).  /  LicenseRequirements   `1   ReasonforControl:NS,AT 7 3 Control(s) Q  }        - CountryChart  5   NSappliestoentireentry   - NSColumn2 p7 ATappliestoentireentry   - ATColumn1 G 9  LicenseExceptions   ;   LVS: Q $1500  =   GBS: Q N/A X>   CIV: Q N/A   W0?  ListofItemsControlled  A   Unit:Kilograms C   RelatedControls:N/A hD   RelatedDefinitions:N/A g@E   Items: ?F a.Titaniumdopedsapphire; H b.Alexandrite. xJ    % % o 6C992Opticalsensingfibersnotcontrolledby '!M 6A002.d.3whicharemodifiedstructurallyto !N haveabeatlengthoflessthan500mm(high "O birefringence)oropticalsensormaterialsnot #P describedin6C002.bandhavingazinccontent $`Q ofequaltoormorethan6%bymolefraction. &o%%&o _%8R %o) LicenseRequirements  ' T   ReasonforControl:AT ("V Control(s) Q  }        - CountryChart o*H$X    % ATappliestoentireentry   - ATColumn1 ,%Z Ї LicenseExceptions  '   LVS: 4 N/A    GBS: 4 N/A    CIV: 4 N/A  `   ListofItemsControlled  7  0  Unit:Equipmentinnumber;partsand   accessoriesin$value     RelatedControls:N/A p  0  RelatedDefinitions:#&o%%&o$+#Molefractionis oH  definedastheratioofmolesofZnTetothe G  sumofthemolesofCdTeandZnTepresent   inthecrystal.&o%%&oԀ2)#&o%%&o/#Beatlengthisthedistance   overwhichtwoorthogonallypolarized   signals,initiallyinphase,mustpassinorder   toachievea2Piradian(s)phasedifference.&o%%&oX   Items: W0 Thelistofitemscontrollediscontainedinthe  ECCNheading.      % q 6C994Opticalmaterials.%q1  ?  LicenseRequirements     ReasonforControl:AT x Control(s) 4  `      CountryChart O ( ATappliestoentireentry   ATColumn1 !!  LicenseExceptions  ##   LVS: 4 N/A _%8%   GBS: 4 N/A 7& &   CIV: 4 N/A ' '   ListofItemsControlled  (") 0  Unit:Equipmentinnumber;partsand o*H$+ accessoriesin$valueG+ %,   RelatedControls:N/A ,%- 0  RelatedDefinitions:#&o%%&o0#&o%%&o1)Fluoridefibersare '- fibersmanufacturedfrombulkfluoride . compounds.2)Opticalfiberpreformsare / bars,ingots,orrodsofglass,plasticorother 0 materialsthathavebeenspeciallyprocessed  `1 foruseinfabricatingopticalfibers.The _ 82 characteristicsofthepreformdeterminethe 7 3 basicparametersoftheresultantdrawnoptical  4 fibers.#&o%%&oU5#&o%%&o 5(#(#   Items:  6 a.Lowopticalabsorptionmaterials,asfollows: oH 8   a.1.Bulkfluoridecompoundscontaining  : ingredientswithapurityof99.999%orbetter;or  ;   Note: 6C994.a.1controlsfluoridesof  = zirconiumoraluminumandvariants. Z>   a.2.Bulkfluorideglassmadefromcompounds 1 @ controlledby6C004.e.1;  A b.Opticalfiberpreformsmadefrombulk C fluoridecompoundscontainingingredientswitha jD purityof99.999%orbetter,speciallydesignedfor iBE themanufactureoffluoridefiberscontrolledby AF 6A994.b. G    %   D.SOFTWARE  yRK D;  #&o%%&o7#&o%%&o% C 6D001 Softwarespeciallydesignedforthe "N  developmentor productionofequipment "O controlledby6A004,6A005,6A008or6B008.  #P %C;#&o%%&o;# &o%%&oLicenseRequirements  a%:R   ReasonforControl:NS,MT,NP,RS,#&o%%&o<#&o%%&oԀAT ' T Control(s) Q  }        - CountryChart ("V   NSappliesto software   - NSColumn1 q*J$X forequipmentcontrolled I+"%Y by6A004,6A005,6A008or !,%Z 6B008 ' MTappliesto software   MTColumn1  forequipmentcontrolled  by6A008or6B008forMT  ` Ѐreasons _ 8 NPappliesto software   NPColumn1   forequipmentcontrolled   by6A005forNPreasons    RSappliesto software0 0  RSColumn1oH  forequipmentcontrolledby G  6A008.j.1#&o%%&o=#&o%%&o   ATappliestoentireentry   ATColumn1     LicenseRequirementNotes :See743.1of X theEARforreportingrequirementsforexports [4 underLicenseExceptions#&o%%&oqA#&o%%&o 3   #&o%%&oB#%o%%&o     4  ` #&o%%%o$C#&o%%&o LicenseExceptions   #&o%%&oC#  CIV: 4 N/A l   TSR:0 4 Yes,exceptforthefollowing:C44   0  041)ItemscontrolledforMTreasons;44     0 4 2) Softwarespeciallydesignedfor  the developmentor productionof   spacequalified laserradaror | LightDetectionandRanging {T (LIDAR)equipmentdefinedin S , 6A008.j.1;or+! 44     0 4 3)Exportsorreexportsto "! destinationsoutsideofAustria, "" Belgium,Canada,Denmark,Finland, ## France,Germany,Greece,Ireland, $d$ Italy,Japan,Luxembourg,the c%<% Netherlands,Portugal,Spain, ;& & Sweden,ortheUnitedKingdomof ' '  softwarespeciallydesignedforthe '!(  developmentor productionof (") equipmentcontrolledby6A008.l.3or )t#* 6B008.s*L$+44 &o%%&o ListofItemsControlled  #,%- Ї  Unit:$value '- 0  #&o%%&oH#&o%%&oRelatedControls:#&o%%&oI# Softwarespecially . designedforthe developmentor /  productionof spacequalifiedcomponents 0 foropticalsystemsdefinedin4sZ!O  5  6A004.c6J!OJl  7ti!KԀand  `1  spacequalifiedopticalcontrolequipment _ 82 definedin4tti)!O  5  6A004.d.16K!OKl  7ti1-LԀis&o%%&osubjecttotheexport 7 3 licensingauthorityoftheDepartmentofState,  4 DirectorateofDefenseTradeControls(22  5 CFRpart121).#&o%%&oL#&o%%&oԀ#&o%%&oM#&o%%&oSeealso4vti!O  5  6D9916N!ONl  7tiFN,#&o%%&oM#&o%%&oԀandECCN  6 4wti!O  5  6E0016O!O#Ol  7tiQOԀ( development)for technologyfor p7 itemscontrolledunderthisentry.#&o%%&oN#&o%%&ooH 8(#(#   RelatedDefinitions:N/A G 9   Items:  : Thelistofitemscontrollediscontainedinthe  < ECCNheading.#&o%%&oDP#  =   6D002 Softwarespeciallydesignedforthe /@  useofequipmentcontrolledby6A002.b, A 6A008or6B008.  B  &o%%&oLicenseRequirements  hD   ReasonforControl:NS,MT,RS,#&o%%&oAR#ԀAT ?F Control(s) Q  }        - CountryChart H NSappliestoentireentry   - NSColumn1 xJ MTappliesto software   - MTColumn1 O (L forequipmentcontrolled '!M by6A008or6B008forMT !N reasons "O &o%%&oRSappliesto software0  0-(#(#RSColumn1$`Q-(#-(# forequipmentcontrolledby _%8R 6A008.j.1#&o%%&oT# 7& S    %  Q ATappliestoentireentry   - ATColumn1 '!U   LicenseExceptions  )p#W   CIV: Q N/A   G+ %Y   TSR: Q Yes,exceptN/Aforthe_!!following ,%Z     0 4 1)ItemscontrolledforMTreasons; ' or44     0 4 &o%%&o2) Software#&o%%&oW#speciallydesigned&o%%&oԀfor  the useof spacequalified laser  radarorLightDetectionandRanging  ` (_!!LIDAR_!!)equipmentdefinedin _ 8 6A008.j.1.7 44 #&o%%&oW#&o%%&o ListofItemsControlled      Unit:$value p  0  RelatedControls: Software#&o%%&oYY#specially oH  designed&o%%&oԀforthe useof#&o%%&o_Z#Ԁ spacequalified G  imagingsensors(e.g., _!!monospectral_!!Ԁimaging   sensorsand _!!multispectral_!!Ԁimagingsensors)   definedin4xtiH !O  5  6A002.b.2.b.16[!O[  7d \Ԁis&o%%&osubjecttothe   exportlicensingauthorityoftheDepartment   ofState,DirectorateofDefenseTrade X Controls(22_!!CFR_!!Ԁpart121)#&o%%&ou\#,unless,onor W0 afterSeptember23,2002,theDepartmentof / Stateissuesacommodityjurisdiction  determinationassigningtheexportlicensing  authoritytotheDepartmentofCommerce,  BureauofIndustryandSecurity.&o%%&oԀ Software h #&o%%&o^#speciallydesigned&o%%&oԀforthe useof#&o%%&oH_#&o%%&oԀ space g@ qualified#&o%%&o_#&o%%&oԀ#&o%%&o`#_!!LIDAR_!!Ԁequipmentspecially ? designedforsurveyingorformeteorological  observation,releasedfromcontrolunderthe  notein&o%%&o4~se!O  5  6A008.j6Ja!O^a4  7 j a,iscontrolledin4ytid!O  5  6D9916 b!Ob  7XKb.#&o%%&o+a#&o%%&oԀ#&o%%&ob#&o%%&oSee  also4se4!O  5  6D1026Vc!Ojc4  7 ( c,4zti !O  5  6D9916d!Od  7x Dd,and4se !O  5  6D9926d!Od4  7 dx   RelatedDefinitions:N/A wP   Items: 4  `       O ( Thelistofitemscontrollediscontainedinthe !! _!!ECCN_!!Ԁheading.#&o%%&oc#&o%%&o "" #&o%%&of# 6D003Other software,asfollows(seeListof _%8% ItemsControlled).  7& &  LicenseRequirements  '!(   ReasonforControl:NS,AT )p#* Control(s) 4  `      CountryChart G+ %,    ,%- NSappliestoentireentry   - NSColumn1 '- ATappliestoentireentry   - ATColumn1 /   LicenseRequirementNotes :See743.1of  `1 theEARforreportingrequirementsforexports c <2 underLicenseExceptions. ; 3  LicenseExceptions   5 &o%%&o  _!!CIV_!!: Q Yesfor6D003.h.1 t7 XX%&o#&o%XXj##&o%%&oGj#&o%%&o0  0%(#(#  TSR: Q #&o%%&o1k##&o%%&oYes,exceptforexportsor_!!reexports_!!ԀtosL 8%(#%(# 0  0%(#(#0Q%(#%(#destinationsoutsideofAustria, _8 9 Belgium,Canada,Denmark,Finland, 7 : France,Germany,Greece,Ireland,  ; Italy,Japan,Luxembourg,the  < Netherlands,Portugal,Spain,Sweden,  = ortheUnitedKingdomof software p> foritemscontrolledby6D003.a.#&o%%#&ok#&o%%&ooH?Q(#Q(# #&o%%&om#&o%%&o   %  Q ListofItemsControlled  A   Unit:$value C   RelatedControls:Seealso4 !O  5  6D10362o!OFo4  7 toԀand4 -!!O  5  6D9936o!Oo4  7 !##p D   RelatedDefinitions:N/A XE   Items: W0F #&o%%&oYn#&o%%&oa.Acoustics software,asfollows: H   a.1. Softwarespeciallydesignedforacoustic J beamformingforthe realtimeprocessingof hK acousticdataforpassivereceptionusingtowed g @L _!!hydrophone_!!Ԁarrays; ?!M   a.2. Sourcecodeforthe realtime "O processingofacousticdataforpassivereception #P usingtowed_!!hydrophone_!!Ԁarrays; $xQ   a.3. Softwarespeciallydesignedfor O&( S acousticbeamformingforthe realtime ''!T processingofacousticdataforpassivereception '!U usingbottomorbaycablesystems#&o%%&o1q#&o%%&o; ("V   a.4. Sourcecodeforthe realtime *`$X processingofacousticdataforpassivereception _+8%Y usingbottomorbaycablesystems.#&o%%&ot#&o%%&o 7,&Z _!!ԇb.Opticalsensors.None. ' c.Cameras.None.  d.Optics.None.  ` e.Lasers.None 7  f.MagneticandElectricFieldSensors    software,asfollows:      f.1. Softwarespeciallydesignedfor oH  magneticandelectricfield compensation G  systemsformagneticsensorsdesignedtooperate   onmobileplatforms;     f.2. Softwarespeciallydesignedfor   magneticandelectricfieldanomalydetectionon X mobileplatforms; W0 g.Gravimeters. Softwarespeciallydesignedto  correctmotionalinfluencesofgravitymetersor  gravitygradiometers;  h.Radar software,asfollows: g@   h.1.AirTrafficControl software  application programshostedongeneralpurpose  computerslocatedatAirTrafficControlcenters  andcapableofanyofthefollowing: x     h.1.a.Processinganddisplayingmore O ( than150simultaneous systemtracks;or '!      h.1.b.Acceptingradartargetdatafrom "" morethanfourprimaryradars; ##   h.2. Softwareforthedesignor _%8%  productionofradomeswhich: 7& &     h.2.a.Arespeciallydesignedtoprotect '!( the electronicallysteerablephasedarray (") antennaecontrolledby6A008.e.;and )p#*     h.2.b.Resultinanantennapatternhaving G+ %, an averagesidelobelevelmorethan40dB ,%- belowthepeakofthemainbeamlevel. '-   TechnicalNote : Averagesidelobelevelin / 6D003.h.2.bismeasuredovertheentirearray 0 excludingtheangularextentofthemainbeamand  b1 thefirsttwosidelobesoneithersideofthemain a :2 beam.#&o%%&ou#&o%%&o 9 3   % } 6D102 Softwarespeciallydesignedor  6 modifiedforthe useofgoodscontrolledby r7 6A108.#&o%%&o#&o%%&o  qJ 8 %}  LicenseRequirements  ! :   ReasonforControl:MT,AT  < Control(s) Q  }        - CountryChart  =   MTappliestoentireentry   - MTColumn1 Y2? ATappliestoentireentry   - ATColumn1  A  LicenseExceptions  C   CIV: Q N/A iBE   TSR: Q N/A AF  ListofItemsControlled  H   Unit:$value zJ   RelatedControls:N/A yRK   RelatedDefinitions:N/A Q *L   Items: )!M Thelistofitemscontrollediscontainedinthe "O ECCNheading. #P  %  6D103 Softwarethatprocessespost-flight, 9& S recordeddata,enablingdeterminationof ' T vehiclepositionthroughoutitsflightpath, '!U speciallydesignedormodifiedfor missiles.#&o%%&oɀ#&o%%&o  ("V %΄ LicenseRequirements  q*J$X   ReasonforControl:MT,AT !,%Z ЇControl(s) `      CountryChart '   MTappliestoentireentry   MTColumn1  ATappliestoentireentry   ATColumn1  `  LicenseExceptions  7    CIV: 4 N/A     TSR: 4 N/A      ListofItemsControlled  oH    Unit:$value   Thelistofitemscontrollediscontainedinthe   ECCNheading.   #&o%%&o#&o%%&o  % u 6D991 Softwarespeciallydesignedforthe /  development, production,or useof  equipmentcontrolledby6A002.e,6A991,  6A996,6A997,or6A998.%u#&o%%&ow#&o%%&o    LicenseRequirements  g@   ReasonforControl:RS,AT  Control(s) 4  `      CountryChart  RSappliesto softwarefor0  RSColumn1wP equipmentcontrolledby O ( 6A002.eor6A998.b '!  ATappliestoentireentry,   ATColumn1 "" except softwarefor ## equipmentcontrolledby $`$ 6A991 _%8% ATappliesto softwarefor  ATColumn2 ' ' equipmentcontrolledby '!( 6A991 (")  LicenseExceptions  o*H$+   CIV: 4 N/A #,%-   TSR: Q N/A   '-  ListofItemsControlled  /   Unit:$value  `1   RelatedControls:N/A _ 82   RelatedDefinitions:N/A 7 3   Items:  4 Thelistofitemscontrollediscontainedinthe  6 ECCNheading. p7 #&o%%&oϊ#&o%%&o % | 6D992 Softwarespeciallydesignedforthe  <  developmentor productionofequipment  = controlledby6A992,6A994,or6A995. X> %|u LicenseRequirements  /@   ReasonforControl:AT B Control(s) Q  }        - CountryChart hD ATappliestoentireentry   - ATColumn1 ?F  LicenseExceptions  H   CIV: Q N/A xJ   TSR: Q N/A   wPK  ListofItemsControlled  '!M   Unit:$value "O   RelatedControls:N/A #P   RelatedDefinitions:N/A $`Q   Items: _%8R Thelistofitemscontrollediscontainedinthe ' T ECCNheading. '!U  %  6D993Other softwarenotcontrolledby ,%Z 6D003.  ' %˔ LicenseRequirements     ReasonforControl:AT  ` Control(s) 4  `      CountryChart 7      ATappliestoentireentry   ATColumn1    LicenseExceptions  p    CIV: 4 N/A G    TSR: 4 N/A     ListofItemsControlled      Unit:Equipmentinnumber;partsand   X   accessoriesin$value W0   RelatedControls:N/A /   RelatedDefinitions:N/A    Items:  a.AirTrafficControl(ATC) software h application programshostedongeneralpurpose g@ computerslocatedatAirTrafficControlcenters, ? andcapableofautomaticallyhandingover  primaryradartargetdata(ifnotcorrelatedwith  secondarysurveillanceradar(SSR)data)fromthe  hostATCcentertoanotherATCcenter; x   E.TECHNOLOGY  !!   #&o%%&oO# &o%%&o% 2 6E001 TechnologyaccordingtotheGeneral $`$ TechnologyNoteforthe developmentof _%8% equipment,materialsor softwarecontrolled 7& & by6A(except6A991,6A992,6A994,6A995, ' ' 6A996,6A997,or6A998),6B(except6B995), '!( 6C(except6C992or6C994),or6D(except (") 6D991,6D992,or6D993).  )p#* %2- LicenseRequirements  G+ %,  ,%-   ReasonforControl:NS,MT,NP,RS,CC, '- AT,UN . Control(s) Q  }        - CountryChart 0   NSappliesto technology   - NSColumn1 _ 82 foritemscontrolledby 7 3 6A001to6A008,6B004to  4 6B008,6C002to6C005,  5 or6D001to6D003  6 MTappliesto technology - MTColumn1 oH 8 foritemscontrolledby G 9 6A002,6A007,6A008,  : 6A102,6A107,6A108,  ; 6B008,6B108,6D001,  < 6D002,6D102or  = 6D103forMTreasonsXX%&o X> NPappliesto technology - NPColumn1 C@ forequipmentcontrolledby /A #&o%XXu#6A003,6A005,6A202, B 6A203,6A205,6A225, C 6A226or6D001for D NPreasons |E RSappliesto technology   - RSColumn1 S,G forequipmentcontrolledby +H 6A002.a.1,.a.2,.a.3,.c,or I .e,6A003.b.3or.b.4, J or6A008.j.1 K CCappliesto technology   - CCColumn1 c!<M forequipmentcontrolledby ;"N 6A002forCCreasons #O ATappliestoentireentry   - ATColumn1 $Q UNappliesto technology  0 - Iraq,Norths&L S-(#-(# forequipmentcontrolledby - Korea,and K'$!T 6A002or6A003forUN   - Rwanda #(!U reasons ("V   LicenseRequirementNotes :See743.1of *$X theEARforreportingrequirementsforexports +`%Y underLicenseExceptions. _,8&Z Ї LicenseExceptions  '   CIV: 4 N/A    TSR: 4 Yes,exceptforthefollowing:       4 1)ItemscontrolledforMTreasons;  `     0 4 2) Technologyforcommodities _ 8 controlledby6A002.e,6A004.e,or 7  6A008.j.1; 44 0    043) Technologyfor software   speciallydesignedfor space    qualified laserradarorLight p  DetectionandRanging(LIDAR) oH  equipmentdefinedin6A008.j.1and G  controlledby6D001or6D002; 44 0    044)Exportsorreexportsto   destinationsoutsideofAustria,   Belgium,Canada,Denmark,Finland,   France,Germany,Greece,Ireland, X Italy,Japan,Luxembourg,the W0 Netherlands,Portugal,Spain, / Sweden,ortheUnitedKingdomof   technologyforthe development  ofthefollowing:(a)Itemscontrolled  by6A001.a.1.b.1,6A001.a.2.a.1, h 6A001.a.2.a.2,6A001.a.2.a.3, g@ 6A001.a.2.a.5, ? 6A001.a.2.a.6,6A001.a.2.b,  6A001.a.2.e.,6A002.a.1.c,6A008.l.3,  6B008,6D003.a;(b)Equipment  controlledby6A001.a.2.cor x 6A001.a.2.fwhenspeciallydesigned wP forrealtimeapplications;or(c) O (  Softwarecontrolledby6D001and '!  speciallydesignedforthe !!  developmentor productionof "" equipmentcontrolledby6A008.l.3or ## 6B008;or$`$44     0 4 5)ExportsorreexportstoRwanda._%8%44 #&o%%&o#&o%%&o  #&o%%&o#&o%%&o ListofItemsControlled  ' '   Unit:N/A (") 0  RelatedControls:#&o%%&oڮ# Technologyaccordingto )p#* theGeneralTechnologyNoteforthe o*H$+  developmentofthefollowingcommodities G+ %, is&o%%&osubjecttotheexportlicensingauthorityof,%- theDepartmentofState,Directorateof '- DefenseTradeControls(22CFRpart121)#&o%%&oY#&o%%&o:#&o%%&oJ#&o%%&oԀ#&o%%&o#&o%%&o .  Spacequalified#&o%%&oб#&o%%&oԀ1.)#&o%%&o>#&o%%&oԀComponentsforoptical / systemsdefinedin4P!O  5  6A004.c6!O ?  7$Ԁandopticalcontrol 0 equipmentdefinedin4!O  5  6A004.d.16̳!O ?  7#&o%%&o#&o%%&o.#&o%%&o#&o%%&o;#&o%%&o#Ԁ2.)Solid  `1 statedetectorsdefinedin4!O  5  6A002.a.16^!Or ?  7 , imaging _ 82 sensors(e.g., monospectralimagingsensors 7 3 and multispectralimagingsensors)defined  4 in4!O  5  6A002.b.2.b.16Ŷ!Oٶ ?  7,andcryocoolersdefinedin  5 4!O  5  6A002.d.16!Oemen  7quԀunlessonorafterSeptember23,  6 2002,theDepartmentofStateissuesa p7 commodityjurisdictiondetermination oH 8 assigningtheexportlicensingauthoritytothe G 9 DepartmentofCommerce,BureauofIndustry  : andSecurity.&o%%&oԀ#&o%%&o#&o%%&oԀ#&o%%&oԹ#&o%%&oSeealso4qu!O  5  6E1016@!OTemen  7quc,4qu!O  5  6E2016!Oemen  7qu!.,and  ; 4qu!O  5  6E9916!OĻemen  7qu <(#(#   RelatedDefinitions:N/A  =   Items: X> Thelistofitemscontrollediscontainedinthe /@ ECCNheading.#&o%%&o#&o%%&o A #&o%%&o\# &o%%&o% 3 6E002 TechnologyaccordingtotheGeneral hD TechnologyNoteforthe productionof g@E equipmentormaterialscontrolledby6A(except ?F 6A991,6A992,6A994,6A995,6A996,6A997or G 6A998),6B(except6B995)or6C(except6C992 H or6C994).  I %3׽ LicenseRequirements  wPK   ReasonforControl:NS,MT,NP,RS,CC, '!M AT,UN !N Control(s) Q  }        - CountryChart #P   NSappliesto technology  0 - NSColumn1_%8R-(#-(# forequipmentcontrolledby 7& S 6A001to6A008,6B004to ' T 6B008,or6C002to6C005XX%&o '!U #&o%XXg#MTappliesto technology - MTColumn1 )#W forequipmentcontrolledby *\$X 6A002,6A007,6A008,6A102, [+4%Y 6A107,6A108,6B008,or 3, &Z Ѐ6B108forMTreasonsXX%&o ' #&o%XX#NPappliesto technology 0  NPColumn1 forequipmentcontrolledby  6A003,6A005,6A202,6A203,  t 6A205,6A225or6A226for s L NPreasonsXX%&o K $ #&o%XX#RSappliesto technology 0  RSColumn1  forequipmentcontrolledby    6A002.a.1,.a.2,.a.3,.cor.e,   6A003.b.3or.b.4,or6A008.j.1XX%&o p  #&o%XX?#CCappliesto technology 0  CCColumn1[4  forequipmentcontrolledby 3  6A002forCCreasonsXX%&o    #&o%XX=#ATappliestoentireentry   ATColumn1  XX%&o#&o%XX#UNappliesto technology 0  Iraq,Northl forequipmentcontrolledby  Korea,and kD 6A002or6A003forUN   Rwanda C reasonsXX%&o    #&o%XX!#LicenseRequirementNotes :See743.1of  theEARforreportingrequirementsforexports  underLicenseExceptions. l   LicenseExceptions  C   CIV: 4 N/A    TSR: 4 Yes,exceptforthefollowing:        4 1)ItemscontrolledforMTreasons; !|      0 4 2) Technologyforcommodities {"T! controlledby6A002.e,6A004.e, S#," 6A008.j.1;+$#44 0    043)Exportsorreexportsto %$ destinationsoutsideofAustria, %% Belgium,Canada,Denmark,Finland, & & France,Germany,Greece,Ireland, 'd!' Italy,Japan,Luxembourg,the c(<"( Netherlands,Portugal,Spain, ;)#) Sweden,ortheUnitedKingdomof *#*  technologyforthe development *$+ ofthefollowing:(a)Itemscontrolled+%,44 by6A001.a.1.b.1,6A001.a.2.a.1, ', 6A001.a.2.a.2,6A001.a.2.a.3, - 6A001.a.2.a.5,6A001.a.2.a.6, . 6A001.a.2.b,and6A001.a.2.c;and(b) / Equipmentcontrolledby6A001.a.2.e  `0 and6A001.a.2.fwhenspecially _ 81 designedforrealtimeapplications;or 7 2 (c) Softwarecontrolledby6D001  3 andspeciallydesignedforthe  4  developmentor productionof  5 equipmentcontrolledby6A002.a.1.c, p6 6A008.l.3or6B008;oroH 7Q(#Q(#    % 0 Q 4)ExportsorreexportstoRwanda.G 8Q(#Q(# #&o%%&o# ListofItemsControlled   :   Unit:N/A  < 0  RelatedControls: Technologyaccordingto X= theGeneralTechnologyNoteforthe W0>  productionofthefollowingcommoditiesis /? &o%%&osubjecttotheexportlicensingauthorityofthe @ DepartmentofState,DirectorateofDefense A TradeControls(22CFRpart121)when B intendedforuseonasatellite#&o%%&o#&o%%&o:#&o%%&o#&o%%&oԀ#&o%%&o#&o%%&oԀ Space hC qualified#&o%%&o4#&o%%&oԀ#&o%%&o#&o%%&o1.)#&o%%&o#&o%%&oԀComponentsforopticalsystems g@D definedin4qu!O  5  6A004.c6!O  7SԀandopticalcontrol ?E equipmentdefinedin4͠!O  5  6A004.d.16r!O  7ͨ#&o%%&o*#&o%%&o.#&o%%&oC#&o%%&o;#&o%%&o#Ԁ2.)Solid F statedetectorsdefinedin4!O  5  6A002.a.16!O  7 F, imaging G sensors(e.g., monospectralimagingsensors H and multispectralimagingsensors)defined xI in4!O  5  6A002.b.2.b.16k!O  7,andcryocoolersdefinedin wPJ 4!O  5  6A002.d.16N!Ob  7ԀunlessonorafterSeptember23, O (K 2002,theDepartmentofStateissuesa '!L commodityjurisdictiondetermination !M assigningtheexportlicensingauthoritytothe "N DepartmentofCommerce,BureauofIndustry #O andSecurity.&o%%&oԀ#&o%%&o6#&o%%&oԀ#&o%%&oz#&o%%&oԀ#&o%%&o#&o%%&oԀ#&o%%&o#&o%%&oԀSeealso4͗!O  5  6E9926m!O  7w.$`P(#(#   RelatedDefinitions:N/A _%8Q   Items: 7& R Thelistofitemscontrollediscontainedinthe '!T ECCNheading.#&o%%&oD# ("U   _!! ,%Y  6E003Other technology,asfollows(seeList ' ofItemsControlled).    LicenseRequirements     ReasonforControl:NS,AT _ 8 Control(s) 4  `      CountryChart     NSappliestoentireentry   NSColumn1    ATappliestoentireentry   ATColumn1 oH   LicenseExceptions      _!!CIV_!!: 4 N/A      TSR: 4 Yes     ListofItemsControlled  /   Unit:N/A    RelatedControls:Seealso4Ͷ !O  5  6E9936!O  7͖+    RelatedDefinitions:N/A h   Items: g@ a.Acoustics.None.  b.Opticalsensors.None.  c.Cameras.None. wP d.Optics, technology,asfollows: '!    d.1.Opticalsurfacecoatingandtreatment ""  technology requiredtoachieveuniformityof ## 99.5%orbetterforopticalcoatings500mmor $`$ moreindiameterormajoraxislengthandwitha _%8% totalloss(absorptionandscatter)oflessthan5x 7& & 10-3; ' '    N.B.: Seealso2E003.f. (")   d.2.Opticalfabrication technologyusing q*J$+ singlepointdiamondturningtechniquesto I+"%, producesurfacefinishaccuraciesofbetterthan10 !,%- _!!nm_!!Ԁ_!!rms_!!Ԁonnon-planarsurfacesexceeding0.5_!!m2_!!; '-    %  Q  }        - e.Lasers. Technology requiredforthe /  development, productionor useofspecially 0 designeddiagnosticinstrumentsortargetsintest  `1 facilitiesfor _!!SHPL_!!testingortestingor _ 82 evaluationofmaterialsirradiatedby _!!SHPL_!! 7 3 beams;  4 f.MagneticandElectricFieldSensors.None  6 g.Gravimeters.None oH 8 h.Radar.None  : %  6E101 TechnologyaccordingtotheGeneral  = TechnologyNoteforthe useofequipmentor X>  softwarecontrolledby6A002,6A007.band.c, W0? 6A008,6A102,6A107,6A108,6B108,6D102or /@ 6D103.  A % LicenseRequirements  C   ReasonforControl:MT,AT g@E Control(s) Q  }        - CountryChart G   MTappliestoentireentry   - MTColumn1 I ATappliestoentireentry   - ATColumn1 wPK  LicenseExceptions  '!M   _!!CIV_!!: Q N/A   "O   TSR: Q N/A   #P  ListofItemsControlled  _%8R   Unit:N/A ' T   RelatedControls:N/A '!U 0  RelatedDefinitions:&o%%&oԀ1.)Thisentryonly ("V controls technologyforequipmentcontrolled )p#W by6A008whenitisdesignedforairborne o*H$X applicationsandisusablein missiles.2.) G+ %Y Thisentryonlycontrols technologyforitems ,%Z(#(# _!!in6A002.a.1,a.3,and.ethatarespecially ' designedormodifiedtoprotect missiles  againstnucleareffects(e.g.,Electromagnetic  Pulse(EMP),Xrays,combinedblastand  thermaleffects),andusablefor missiles.3.)  ` Thisentryonlycontrols technologyfor _ 8 itemsin6A007.band.cwhentheaccuracies 7  in6A007.b.1andb.2aremetorexceeded.#&o%%&o#  Ѐ  Items:   Thelistofitemscontrollediscontainedinthe p  ECCNheading. oH  % 4 6E201 Technologyaccordingtothe   GeneralTechnologyNoteforthe useof   equipmentcontrolledby6A003.a.2.6A003.a.3,   6A003.a.4;6A005.a.2,6A005.b.2.b,   N  XX~hO \o X 6A005.b.3.a,6A005.b.4.b,6A005.b.6.b,  6A005.c.1.b,6A005.c.2.b,6A005.d.3.c,or  6A005.d.4.c(asdescribedinthelicense q requirementnoteto6A005);6A202,6A203, b 6A205,6A225or6A226. O#  X \o##N#~hX X # zS %4 LicenseRequirements  rK   ReasonforControl:NP,AT " Control(s) 4  `      CountryChart  NPappliestoentireentry   NPColumn1 [ ATappliestoentireentry   ATColumn1 2!   LicenseExceptions  "!   CIV: 4 N/A  $k#   TSR: 4 N/A j%C$  ListofItemsControlled  ' &   Unit:N/A ("(   RelatedControls:N/A ){#)   RelatedDefinitions:N/A z*S$* 0  ECCNControls:Thisentryonlycontrols R++%+  technologyfor lasersin6A005thatare*,&, controlledforNPreasons.',(#(#   Items: - Thelistofitemscontrollediscontainedinthe / ECCNheading.  `0  %  6E991 Technologyforthe development,  3  productionor useofequipmentcontrolled  4 by6A991,6A996,6A997,or6A998.   5 %U&o%%&o LicenseRequirements  oH 7   ReasonforControl:RS,AT  9 Control(s) Q  }        - CountryChart  ; RSappliesto technology0  0-(#(#RSColumn1X=-(#-(# forequipmentcontrolledby W0> 6A998.b. /?   ATappliestoentireentry   - ATColumn1 A except technologyfor B equipmentcontrolledby6A991 hC ATappliesto technology   - ATColumn2 ?E for#&o%%&oE#&o%%&oԀequipmentcontrolled F by6A991 G  LicenseExceptions  xI   CIV: Q N/A   S ,K   TSR: Q N/A   +!L  ListofItemsControlled  "N   Unit:N/A $dP   RelatedControls:N/A c%<Q   RelatedDefinitions:N/A ;& R   Items: ' S Thelistofitemscontrollediscontainedinthe ("U ECCNheading. )t#V #&o%%&oU#&o%%&o %  6E992 Technologyforthe developmentor #,%Y  productionofequipment,materialsor '  softwarecontrolledby6A992,6A994,or  6A995,6B995,6C992,6C994,or6D993.   %, LicenseRequirements   `   ReasonforControl:AT 7  Control(s) 4  `      CountryChart     ATappliestoentireentry   ATColumn1 p    LicenseExceptions  G    CIV: 4 N/A     TSR: 4 N/A     ListofItemsControlled  X   Unit:$value /   RelatedControls:N/A    RelatedDefinitions:N/A    Items:  Thelistofitemscontrollediscontainedinthe g@ ECCNheading. ?  %  6E993Other technology,notcontrolledby  6E003,asfollows(seeListofItems x Controlled).  wP % LicenseRequirements  '!    ReasonforControl:AT "" Control(s) 4  `      CountryChart $`$     ATappliestoentireentry   ATColumn1 7& &  LicenseExceptions  '!(   CIV: 4 N/A )p#*   TSR: 4 N/A o*H$+  G+ %,  ListofItemsControlled  ',   Unit:N/A .   RelatedControls:N/A /   RelatedDefinitions:N/A  `0   Items: _ 81 a.Opticalfabricationtechnologiesforserially  3 producingopticalcomponentsatarateexceeding  4 10m2ofsurfaceareaperyearonanysinglespindle  5 andwith: p6   a.1.Anareaexceeding1m2;and G 8   a.2.Asurfacefigureexceedinglambda/10rms  : atthedesignedwavelength;  ; b. Technologyforopticalfilterswitha X= bandwidthequaltoorlessthan10nm,afieldof W0> view(FOV)exceeding40$andaresolution /? exceeding0.75linepairspermilliradian; @ c. Technologyforthe developmentor B  productionofcamerascontrolledby6A993; hC d. Technology requiredforthe development ?E or productionofnon-triaxialfluxgate F  magnetometersornon-triaxialfluxgate G  magnetometersystems,havinganyofthe H following: xI   d.1.A noiseleveloflessthan0.05nTrms O (K persquarerootHzatfrequenciesoflessthan1Hz; '!L or !M   d.2.A noiseleveloflessthan1x10-3nT #O rmspersquarerootHzatfrequenciesof1Hzor $`P more. _%8Q  EAR99ItemssubjecttotheEARthatarenot '!T elsewherespecifiedinthisCCLCategoryorin ("U anyothercategoryintheCCLaredesignated )p#V bythenumberEAR99. #&o%%&o# o*H$W