![]() IMS Application Developer's Handbook Creating and Deploying Innovative IMS Applications Commercial users typically do not invest R and D funds in this type of equipment rather, they wait for off-the-shelf availability. (4) There is potentially a large commercial market for rugged, hand-held Ion Mobility Spectrometer systems. (3) Military applications should be addressed before commercial applications are addressed. (2) The military market is not as large as the commercial market, but the military services are more likely to invest R and D funds in the system. The IMS system currently represents the best available compromise regarding sensitivity, specificity, and portability. The conclusions drawn from this study are: (1) There are a number of competing technologies that are capable of detecting explosives, drugs, biological, or chemical agents. An extensive Ion Mobility Spectrometry ( IMS) bibliography is included. The strengths and weaknesses of competing technologies are discussed. Military and civilian markets are discussed, as well as applications in a variety of diverse fields. This report examines the market potential of a miniature, hand-held Ion Mobility Spectrometer. Energy Technology Data Exchange (ETDEWEB) ![]()
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