Sensitive Chemical Sensor To Detect A Broad Range Of Nitrogen-Based Explosives
Sensitve Rapid Low cost Versatile synthetic approach Single polymer Detects wide range of trace explosives Detects explosives on a variety of surfaces
Counter terrorism Forensic (e.g. examination of post blast residue) Screening baggage, personnel, or cargo Facility protection
This technology describes the synthesis of a polymer and a method for detecting a broad range of nitrogen-based explosives including nitraromatic based, nitramine based and nitrate ester-based high explosives. The polymer is excited at an appropriate range using a UV-B, UV-C, black light, LED or other illumination source. If an explosive has bound the polymer, then the polymer fluorescence will be quenched.
Patent Number: US8557595B2
Application Number: US2009523104A
Inventor: Trogler, William C. | Sanchez, Jason
Priority Date: 29 Jan 2007
Priority Number: US8557595B2
Application Date: 11 Mar 2010
Publication Date: 15 Oct 2013
IPC Current: G01N003322 | G01N002164
US Class: 436106 | 42208206 | 42208207 | 42208208 | 422425 | 436107 | 436166 | 436167 | 436172
Assignee Applicant: The Regents of the University of California
Title: Fluorescence detection of nitrogen-containing explosives and blue organic LED
Usefulness: Fluorescence detection of nitrogen-containing explosives and blue organic LED
Summary: A sensor useful for detecting nitrogen containing high explosives (claimed) including nitroaromatic-, nitrate ester-, and nitramine-based explosives, for safety screenings, including screenings of cargo, facilities or people, and forensic investigations.
Novelty: Sensor for detecting nitrogen containing high explosives e.g. useful in forensic investigation, comprises substrate, and blue-photoluminescent metallofluorene copolymer comprising vinyl bridged silafluorene copolymer coated on the substrate
光学
发光二极管/有机发光二极管
8557595
State Of Development This technology is the subject of a patent application, and is being offered exclusively or nonexclusively for US and/or worldwide territories. There is an initial working prototype. Related Materials Tech ID/UC Case 20583/2007-074-0 Related Cases 2007-074-0
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