A Speech Recognition Approach to Automatic Objective Speech Intelligibility Assessment for Personal Protective Equipment. (159) Q. Li, J. Hajicek, T. Burchfield, Y. Yin, Li Creative Technologies, Florham Park, NJ; K. Coyne, D. Barker, Edgewood Chemical Biological Center, APG, MD.

Quantification of Perceptual Effects for Personal Protective Equipment. (160) J. Hajicek, T. Burchfield, Q. Li, Li Creative Technologies, Florham Park, NJ; D. Barker, K. Coyne, Edgewood Chemical Biological Center, APG, MD.

Derivation of Dermal Vapor Protection Factors for Chemical Warfare Agents: NFPA 1994 Class 2 Non-Encapsulating (Level B) CBRN Chemical Protective Ensembles. (161) D. Matthews, Shaw Environmental, Inc., Alpharetta, GA; L. Verdier, Shaw Environmental, Inc., Cincinatti, OH.

An Improved Approach for Using Permeation Test Data in Glove Selection. (162) C. Hintz, Dow Chemical, Port Lavaca, TX; M. Spence, M. Sczepanski, D. Seiler, J. Cikalo, Dow Chemical, Midland, MI; J. Twisk, J. Hendrix, Dow Chemical, Terneuzen, Netherlands.

Critical Heat Stress Evaluation of Clothing Ensembles with Different Levels of Porosity. (163) T. Bernard, C. Ashley, University of South Florida, Tampa, FL; J. Trentacosta, V. Kapur, S. Tew, E. I. duPont de Nemours Co., Inc., Wilmington, DE.

Whole-Glove Permeation Testing of Disposable Gloves With Simulated Movement. (164) R. Phalen, California State University San Bernardino, San Bernardino, CA.