Portable Isotopic Neutron Spectroscopy System
The Portable Isotopic Neutron Spectroscopy System (PINS) quickly and reliably identifies compounds inside suspect chemical-filled munitions using a neutron source, gamma ray detector and receiver that analyzes the electrical impulses from the gamma ray detector. PINS probes recovered items using neutrons (small atomic particles) to penetrate the munition walls and interact with the contents. The interaction produces gamma rays, which are similar to X-rays. Trained operators familiar with chemical materiel analyze the gamma rays to identify the data, allowing for appropriate, safe handling of the recovered munition.
To learn more about the PINS, see:
Digital Radiography and Computed Tomography System
The Digital Radiography and Computed Tomography System (DRCT) uses X-ray technology to vertically scan a suspect chemical munition on a rotating platform to produce a digital view of the interior, similar to a CAT scan. This image reveals any liquid fill inside the munition and the status of its fuzing components, if present.
To learn more about the DRCT, see:
Raman Spectrometer
The Raman Spectrometer identifies and evaluates the contents of Chemical Agent Identification Sets (CAIS). CAIS, once used to train Soldiers in the safe handling and identification of chemical warfare agents, contain small quantities of chemical agents or industrial chemicals in glass ampoules, vials or bottles. The Raman Spectrometer uses a laser to excite molecules in CAIS containers, producing a unique chemical signature. The system compares the signature to its computer database, allowing operators to identify the contents.
To learn more about the Raman Spectrometer, see:
Mobile Munitions Assessment System
The Mobile Munitions Assessment System (MMAS) provides mobile, on-site assessment of recovered munitions. Using highly sophisticated, non-intrusive equipment and on-board computers, MMAS operators determine the presence and identity of liquid fills and any explosive capability.
To learn more about the MMAS, see:
To view an interactive presentation on the Non-Stockpile Chemical Materiel Project's assessment capabilities, see:
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