B. Williams

发表

Micro-scale synthesis and in-situ spectroscopic characterization of some chemical weapons related organophosphonate compounds

H. Durst, R. V. Duevel, Jeffrey Mays, 1998 .

Vapor Pressure of Triethyl and Tri-n-Propyl Phosphates and Diethyl Malonate

Melissa S. Hulet, J. H. Buchanan, R. W. Miles, 2014 .

Detection of Chemical Warfare Agents by Colorimetric Sensor Arrays.

Paul Rhodes, Charles Davidson, Melissa S. Hulet, 2020, ACS sensors.

Vapor Pressure Data and Analysis for Selected Organophosphorus Compounds: DIBMP, DCMP, IMMP, IMPA, EMPA, and MPFA

K. Sumpter, D. Tevault, James H. Buchanan, 2017 .

Vapor Pressure of N,N'-Diisopropylcarbodiimide (DICDI)

D. Tevault, A. Brozena, B. Williams, 2016 .

Vapor Pressure of 2-Dialkyl Aminoethanethiols

Melissa S. Hulet, R. W. Miles, D. Tevault, 2013 .

Vapor Pressure of Solid 1,4-Dithiane

Melissa S. Hulet, R. W. Miles, A. Samuels, 2009 .

Analysis of Chemical Weapons Decontamination Waste from Old Ton Containers from Johnston Atoll Using Multiple Analytical Methods

Mark D. Brickhouse, Barry R. Williams, W. R. Creasy, 1999 .

Optical constants of neat liquid-chemical warfare agents and related materials measured by infrared spectroscopic ellipsometry

Alan C. Samuels, Barry R. Williams, Ronald W. Miles, 2011, Defense + Commercial Sensing.

Vapor-Phase Infrared Spectral Study of Analogs of the Nerve Agent Sarin

D. McGarvey, H. Durst, J. Stuff, 2000 .

Multiple-technique analytical characterization of a mixture containing chemical-weapons simulant from a munition.

W. R. Creasy, M. Brickhouse, M D Brickhouse, 2000, Journal of chromatography. A.

Identification of chemical-weapons-related compounds in decontamination solutions and other matrices by multiple chromatographic techniques

Barry R. Williams, W. R. Creasy, H. D. Durst, 1997 .