Antiterrorism And Homeland Defense Polymers And Materials John G Reynolds by John G. Reynolds, Glenn E. Lawson, And Carolyn J. Koester (eds.) 9780841221130, 9780841239647, 0841221138, 0841239649 instant download after payment.

Content: Polymers and materials for antiterrorism and homeland defense: an overview / John G. Reynolds and Glenn E. Lawson --
Synthesis and spectroscopic characterization of molecularly imprinted polymer phosphonate sensors / G.E. Southard ... [et al.] --
Development of an enzyme-based photoluminescent porous silicon detector for chemical warfare agents / Bradley R. Hart ... [et al.] --
Optical enzyme-based sensors for reagentless detection of chemical analytes /Brandy Johnson-White and H. James Harmon --
Design of sorbent hydrogen bond acidic polycarbosilanes for chemical sensor applications / Eric J. Houser ... [et al.] --
Non-aqueous polymer gels with broad temperature performance / Joseph L. Lenhart ... [et al.] --
Detection of toxic chemicals for homeland security using polyaniline nanofibers / Shabnam Virji, Richard B. Kaner, and Bruce H. Weiller --
Applications of nanoparticles in scintillation detectors / Suree S. Brown, Adam J. Rondinone, and Sheng Dai --
A comparison of insulator-based dielectrophoretic devices for the monitoring and separation of waterborne pathogens as a function of microfabrication technique / Gregory J. McGraw ... [et al.] --
Design and synthesis of dendritic tethers for the immobilization of antibodies for the detection of class A bioterror pathogens / Charles W. Spangler ... [et al.] --
Amphiphilic polymers with potent antibacterial activity / M. Firat Ilker, Gregory N. Tew, and E. Bryan Coughlin --
Catalysts for aerobic decontamination of chemical warfare agents under ambient conditions / Craig L. Hill ... [et al.] --
Ultrastable nanocapsules from headgroup polymerizable divinylbenzamide phosphoethanolamine / Glenn E. Lawson and Alok Singh --
Nanoencapsulation of organophosphorus acid anhydrolase with mesoporous materials for chemical agent decontamination in organic solvents / Kate K. Ong ... [et al.].