AIHAJ 2001: Vol 62 Index

17 Pages·2001·4.9 MB·English

2001 Author Index
ACHIMORE, Linda: Reducing Incidence of Low- Exposures to Metalworking Fluids in Small Ma- EDUARD, Wijnand: Dust and Gas Exposure in Tun-
Back Injuries Reduces Cost, 508 chine Shops, 342 nel Construction Work, 457
AKBAR-KHANZADEH, Farhang: Safety and Health CATALANO, James D.: Metalworking Fluid Expo- EDWARDS, Jeffrey A.: Design and Evaluation of a
Program Assessment in Relation to the Number sures in Small Machine Shops: An Overview, 356 Breath-Analysis System for Biological Monitoring
and Type of Safety and Health Violations, 605 CECCARELLI, Franco: Evaluation of Respiratory and of Volatile Compounds, 28
APREA, Cristina: Evaluation of Respiratory and Cu- Cutaneous Doses and Urinary Excretion of Alkyl- ENGLAND, Ellen: A Comparison of Solid Sampler
taneous Doses and Urinary Excretion of Alkyl- phosphates by Workers in Greenhouses ‘Treated Methods for the Determination of Hexamethyle-
phosphates by Workers in Greenhouses Treated with Omethoate, Fenitrothion, and Tolclofos ne-Based Isocyanates in Spray-Painting Opera-
with Omethoate, Fenitrothion, and Tolclofos Methyl, 87 tions, 246
Methyl, 87 CENTI, Letizia: Evaluation of Respiratory and Cuta
ARITO, Heihachiro: A Simple Method for Detecting neous Doses and Urinary Excretion of Alkylphos FERON, V.J.: Approach to Setting Occupational Ex-
Breakthroughs in Used Chemical Cartridges, 168 phates by Workers in Greenhouses Treated with posure Limits (OELs) for Sensory Irritants in the
ARTS, J.H.E.: Approach to Setting Occupational Ex- Omethoate, Fenitrothion, and Tolclofos-Methyl, 87 Netherlands, 733
posure Limits (OELs) tor Sensory Irritants in the CHEN Chih-Chich: Capture Envelopes of Rectangu- FIALKOWSKI, Julie: Evaluation of the Effectiveness
Netherlands, 733 lar Hoods in Cross Drafts, 563 of Following Up Laboratory Reports of Elevated
CHEN, Chih-Chich: Computer Simulation of Particle Blood Leads in Adults, 371
BAKKE, Berit: Dust and Gas Exposure in Tunnel Overlap in Fiber Count Samples, 281 FINKELSTEIN, Murray M.: Exposure Estimation in
Construction Work, 457 CHEN, Chih-Chich: The Capture Envelope of a the Presence of Nondetectable Values: Another
BARNHART, Scott: An Evaluation of Factors Affect- Flanged Circular Hood in Cross Drafts, 199 Look, 195
ing Hazardous Waste Workers’ Use of Respiratory CHEN, Chun-Wann: Capture Envelopes of Rectan- FLANAGAN, Mary E.: Air Sampling at the Chest and
Protective Equipment, 236 gular Hoods in Cross Drafts, 563 Ear as Representative of the Breathing Zone, 416
BARON, Paul: Computer Simulation of Particle Over CHEN, Chun-Wann: The Capture Envelope of a FOOTE, Kenneth L.: Simulated Workplace Protection
lap in Fiber Count Samples, 281 Flanged Circular Hood in Cross Dratts, 199 Factor Study of Powered Air-Purifying and Sup-
BEAUDET, Nancy: An Evaluation of Factors Affect CHEN, Jung Ling: The Capture Envelope of a plied Air Respirators, 595
ing Hazardous Waste Workers’ Use of Respiratory Flanged Circular Hood in Cross Drafts, 199 FRIEDMAN, Warren: Comparison of Filter Bag, Cy-
Protective Equipment, 236 CHEN, Yu-Kang: Capture Envelopes of Rectangular clonic, and Wet Dust Collection Methods in Vac-
BIERMAN, Arthur H.: Simulated Workplace Protec- Hoods in Cross Drafts, 563 uum Cleaners, 573
tion Factor Study of Powered Air-Purifying and CHEN, Yu-Kang: The Capture Envelope of a Flanged FRIEDMAN, Warren: Particle Emission Characteris-
Supplied Air Respirators, 595 Circular Hood in Cross Drafts, 199 tics of Filter-Equipped Vacuum Cleaners, 482
BOOTH, Derrick W. Sr.: An Evaluation of Industrial CHENG, Daiyun: Aerodynamic Adsorption of Per- FRIEDMAN, Warren: Test Methods for Evaluating
Ventilation Branch Screening Methods for Ob meable Chemical Protective Suit, 559 the Filtration and Particulate Emission Character-
structions in Working Exhaust Systems, 401 CLARK, Laura L.: Fatigue and Endurance Limits Dur- istics of Vacuum Cleaners, 313
BOOTH, Derrick W. Sr.: An Evaluation of Industrial ing Intermittent Overhead Work, 446
Ventilation ‘Troubleshooting Methods in Experi- COFFEY, C.C.: Respiratory Protection as a Function GARDNER, Joseph: Evaluation of the Effectivenesso f
mental Systems, 669 of Respirator Fitting Characteristics and Fit-Test Following Up Laboratory Reports of Elevated
BRINKMAN, Marielle C.: Design and Evaluation of Accuracy, 36 Blood Leads in Adults, 371
a Breath-Analysis System for Biological Monitor- COHEN, Howard J.: Simulated Workplace Protection GLASER, Robert A.: Metalworking Fluid Exposures
ing of Volatile Compounds, 28 Factor Study of Powered Air-Purifying and Sup- in Small Machine Shops: An Overview, 356
BRODEUR, Jules: Adjustment of Permissible Expo- plied Air Respirators, 595 GOYER, Nicole: Emissions of Chemical Compounds
sure Values to Unusual Work Schedules, 584 CONNON, Catherine: An Evaluation of Factors Af- and Bioaerosols During the Secondary Treatment
BROPHY, Mary O’Reilly: Reducing Incidence of fecting Hazardous Waste Workers’ Use of Respi of Paper Mill Effluents, 330
Low-Back Injuries Reduces Cost, 508 ratory Protective Equipment, 236 GRINSHPUN, Sergey A.: Comparison of Filter Bag,
BROSSEAU, L.M.: Inhalable Dust Exposures, ‘Tasks, COURTNEY, Theodore, K.: Antecedent Factors and Cyclonic, and Wet Dust Collection Methods in
and Use of Ventilation in Small Woodworking Disabling Occupational Morbidity—Insights from Vacuum Cleaners, 573
Shops: A Pilot Study, 322 the New BLS Data, 622 GRINSHPUN, Sergey A.: Particle Emission Charac-
BROWN, Richard C.: Filtration in Industrial Hygiene, COYNE, Karen M.: Telephone Communications with teristics of Filter-Equipped Vacuum Cleaners, 482
633 Several Commercial Respirators, 685 GRINSHPUN, Sergey A.: Test Methods for Evaluat-
BURKE, Mary Lynn: Airborne Concentrations of Eth COYNE, Karen M.: Work Performance when Breath- ing the Filtration and Particulate Emission Char-
yl and Methyl Cyanoacrylate in the Workplace, 70 ing Through Different Respirator Exhalation Re- acteristics of Vacuum Cleaners, 313
sistances, 41] GROSSMAN, Elizabeth: The History of OSHA’s As-
CALLAHAN, Patrick J.: Design and Evaluation of a bestos Rulemakings and Some Distinctive Ap-
Breath-Analysis System for Biological Monitoring DALBEY, W.E.: Subchronic Inhalation Exposures to proaches that They Introduced for Regulating Oc-
of Volatile Compounds, 28 Acrosols of Three Petroleum Lubricants, 49 cupational Exposure to Toxic Substances, 208
CAMP, Janice: Noise Exposure among Construction DALTON, Pamela: Evaluating the Human Response GUFFEY, Steven E.: Air Sampling at the Chest and
Electricians, 615 to Sensory Irritation: Implications for Setting Oc- Ear as Representative of the Breathing Zone, 416
CAMPBELL, D.L.: Respiratory Protection as a Fune cupational Exposure Limits (OELs), 723 GUFFEY, Steven E.: An Evaluation of Industrial Ven-
tion of Respirator Fitting Characteristics and Fit- DALTON, Pamela: Psychophysical Methods in the tilation Branch Screening Methods for Obstruc-
Test Accuracy, 36 Study of Olfaction and Respiratory Tract Irrita- tions in Working Exhaust Systems, 401
CANOSSA, L.: Design Guidelines for Push-Pull Ven tion, 705 GUFFEY, Steven E.: An Evaluation of Industrial Ven-
tilation Systems Through Computational Fluid DES TOMBE, Karen: Benzene and Total Hydrocar- tilation Troubleshooting Methods in Experimental
Dynamics Modeling, 141 bons Exposures in the Downstream Petroleum In- Systems, 669
CARETTI, David M.: Work Performance when dustries, 176
Breathing Through Different Respirator Exhala- DROLET, Daniel: Adjustment of Permissible Expo- HAAG, Werner R.: Interchangeability of Gas Detec-
tion Resistances, 411 sure Values to Unusual Work Schedules, 584 tion Tubes and Hand Pumps, 65
CARLSON, Virginia: Technology-Enhanced Learn- DUGAN, S.: Inhalable Dust Exposures, Tasks, and HANNINEN, Osmo: Ion Mobility Spectrometric
ing/Distance Education: Market Survey of Occu- Use of Ventilation in Small Woodworking Shops: Monitoring of Phosdrin’ from Foliage in Green-
pational Health and Safety Professionals, 349 A Pilot Study, 322 house, 80
CARLTON, Gary: A Comparison of Solid Sampler DURAN, Robyn: Is Acculturation Related to Use of HECKER, Lawrence H.: Simulated Workplace Protec-
Methods for the Determination of Hexamethyle Hearing Protection? 611 tion Factor Study of Powered Air-Purifying and
ne-Based Isocyanates in Spray-Painting Opera- DYRDAHL, K-S.: Successful Reduction of Morticians’ Supplied Air Respirators, 595
tions, 246 Exposure to Formaldehyde During Embalming, HENDERSON, Chris J.: The Influence of Knife Dull-
CATALANO, James D.: An Evaluation of Short-Term Procedures, 689 ness on Poultry Processing Operator Exertions
742 AIHAJ (62) November/December 2001
2001 Author Index
ACHIMORE, Linda: Reducing Incidence of Low- Exposures to Metalworking Fluids in Small Ma- EDUARD, Wijnand: Dust and Gas Exposure in Tun-
Back Injuries Reduces Cost, 508 chine Shops, 342 nel Construction Work, 457
AKBAR-KHANZADEH, Farhang: Safety and Health CATALANO, James D.: Metalworking Fluid Expo- EDWARDS, Jeffrey A.: Design and Evaluation of a
Program Assessment in Relation to the Number sures in Small Machine Shops: An Overview, 356 Breath-Analysis System for Biological Monitoring
and Type of Safety and Health Violations, 605 CECCARELLI, Franco: Evaluation of Respiratory and of Volatile Compounds, 28
APREA, Cristina: Evaluation of Respiratory and Cu- Cutaneous Doses and Urinary Excretion of Alkyl- ENGLAND, Ellen: A Comparison of Solid Sampler
taneous Doses and Urinary Excretion of Alkyl- phosphates by Workers in Greenhouses ‘Treated Methods for the Determination of Hexamethyle-
phosphates by Workers in Greenhouses Treated with Omethoate, Fenitrothion, and Tolclofos ne-Based Isocyanates in Spray-Painting Opera-
with Omethoate, Fenitrothion, and Tolclofos Methyl, 87 tions, 246
Methyl, 87 CENTI, Letizia: Evaluation of Respiratory and Cuta
ARITO, Heihachiro: A Simple Method for Detecting neous Doses and Urinary Excretion of Alkylphos FERON, V.J.: Approach to Setting Occupational Ex-
Breakthroughs in Used Chemical Cartridges, 168 phates by Workers in Greenhouses Treated with posure Limits (OELs) for Sensory Irritants in the
ARTS, J.H.E.: Approach to Setting Occupational Ex- Omethoate, Fenitrothion, and Tolclofos-Methyl, 87 Netherlands, 733
posure Limits (OELs) tor Sensory Irritants in the CHEN Chih-Chich: Capture Envelopes of Rectangu- FIALKOWSKI, Julie: Evaluation of the Effectiveness
Netherlands, 733 lar Hoods in Cross Drafts, 563 of Following Up Laboratory Reports of Elevated
CHEN, Chih-Chich: Computer Simulation of Particle Blood Leads in Adults, 371
BAKKE, Berit: Dust and Gas Exposure in Tunnel Overlap in Fiber Count Samples, 281 FINKELSTEIN, Murray M.: Exposure Estimation in
Construction Work, 457 CHEN, Chih-Chich: The Capture Envelope of a the Presence of Nondetectable Values: Another
BARNHART, Scott: An Evaluation of Factors Affect- Flanged Circular Hood in Cross Drafts, 199 Look, 195
ing Hazardous Waste Workers’ Use of Respiratory CHEN, Chun-Wann: Capture Envelopes of Rectan- FLANAGAN, Mary E.: Air Sampling at the Chest and
Protective Equipment, 236 gular Hoods in Cross Drafts, 563 Ear as Representative of the Breathing Zone, 416
BARON, Paul: Computer Simulation of Particle Over CHEN, Chun-Wann: The Capture Envelope of a FOOTE, Kenneth L.: Simulated Workplace Protection
lap in Fiber Count Samples, 281 Flanged Circular Hood in Cross Dratts, 199 Factor Study of Powered Air-Purifying and Sup-
BEAUDET, Nancy: An Evaluation of Factors Affect CHEN, Jung Ling: The Capture Envelope of a plied Air Respirators, 595
ing Hazardous Waste Workers’ Use of Respiratory Flanged Circular Hood in Cross Drafts, 199 FRIEDMAN, Warren: Comparison of Filter Bag, Cy-
Protective Equipment, 236 CHEN, Yu-Kang: Capture Envelopes of Rectangular clonic, and Wet Dust Collection Methods in Vac-
BIERMAN, Arthur H.: Simulated Workplace Protec- Hoods in Cross Drafts, 563 uum Cleaners, 573
tion Factor Study of Powered Air-Purifying and CHEN, Yu-Kang: The Capture Envelope of a Flanged FRIEDMAN, Warren: Particle Emission Characteris-
Supplied Air Respirators, 595 Circular Hood in Cross Drafts, 199 tics of Filter-Equipped Vacuum Cleaners, 482
BOOTH, Derrick W. Sr.: An Evaluation of Industrial CHENG, Daiyun: Aerodynamic Adsorption of Per- FRIEDMAN, Warren: Test Methods for Evaluating
Ventilation Branch Screening Methods for Ob meable Chemical Protective Suit, 559 the Filtration and Particulate Emission Character-
structions in Working Exhaust Systems, 401 CLARK, Laura L.: Fatigue and Endurance Limits Dur- istics of Vacuum Cleaners, 313
BOOTH, Derrick W. Sr.: An Evaluation of Industrial ing Intermittent Overhead Work, 446
Ventilation ‘Troubleshooting Methods in Experi- COFFEY, C.C.: Respiratory Protection as a Function GARDNER, Joseph: Evaluation of the Effectivenesso f
mental Systems, 669 of Respirator Fitting Characteristics and Fit-Test Following Up Laboratory Reports of Elevated
BRINKMAN, Marielle C.: Design and Evaluation of Accuracy, 36 Blood Leads in Adults, 371
a Breath-Analysis System for Biological Monitor- COHEN, Howard J.: Simulated Workplace Protection GLASER, Robert A.: Metalworking Fluid Exposures
ing of Volatile Compounds, 28 Factor Study of Powered Air-Purifying and Sup- in Small Machine Shops: An Overview, 356
BRODEUR, Jules: Adjustment of Permissible Expo- plied Air Respirators, 595 GOYER, Nicole: Emissions of Chemical Compounds
sure Values to Unusual Work Schedules, 584 CONNON, Catherine: An Evaluation of Factors Af- and Bioaerosols During the Secondary Treatment
BROPHY, Mary O’Reilly: Reducing Incidence of fecting Hazardous Waste Workers’ Use of Respi of Paper Mill Effluents, 330
Low-Back Injuries Reduces Cost, 508 ratory Protective Equipment, 236 GRINSHPUN, Sergey A.: Comparison of Filter Bag,
BROSSEAU, L.M.: Inhalable Dust Exposures, ‘Tasks, COURTNEY, Theodore, K.: Antecedent Factors and Cyclonic, and Wet Dust Collection Methods in
and Use of Ventilation in Small Woodworking Disabling Occupational Morbidity—Insights from Vacuum Cleaners, 573
Shops: A Pilot Study, 322 the New BLS Data, 622 GRINSHPUN, Sergey A.: Particle Emission Charac-
BROWN, Richard C.: Filtration in Industrial Hygiene, COYNE, Karen M.: Telephone Communications with teristics of Filter-Equipped Vacuum Cleaners, 482
633 Several Commercial Respirators, 685 GRINSHPUN, Sergey A.: Test Methods for Evaluat-
BURKE, Mary Lynn: Airborne Concentrations of Eth COYNE, Karen M.: Work Performance when Breath- ing the Filtration and Particulate Emission Char-
yl and Methyl Cyanoacrylate in the Workplace, 70 ing Through Different Respirator Exhalation Re- acteristics of Vacuum Cleaners, 313
sistances, 41] GROSSMAN, Elizabeth: The History of OSHA’s As-
CALLAHAN, Patrick J.: Design and Evaluation of a bestos Rulemakings and Some Distinctive Ap-
Breath-Analysis System for Biological Monitoring DALBEY, W.E.: Subchronic Inhalation Exposures to proaches that They Introduced for Regulating Oc-
of Volatile Compounds, 28 Acrosols of Three Petroleum Lubricants, 49 cupational Exposure to Toxic Substances, 208
CAMP, Janice: Noise Exposure among Construction DALTON, Pamela: Evaluating the Human Response GUFFEY, Steven E.: Air Sampling at the Chest and
Electricians, 615 to Sensory Irritation: Implications for Setting Oc- Ear as Representative of the Breathing Zone, 416
CAMPBELL, D.L.: Respiratory Protection as a Fune cupational Exposure Limits (OELs), 723 GUFFEY, Steven E.: An Evaluation of Industrial Ven-
tion of Respirator Fitting Characteristics and Fit- DALTON, Pamela: Psychophysical Methods in the tilation Branch Screening Methods for Obstruc-
Test Accuracy, 36 Study of Olfaction and Respiratory Tract Irrita- tions in Working Exhaust Systems, 401
CANOSSA, L.: Design Guidelines for Push-Pull Ven tion, 705 GUFFEY, Steven E.: An Evaluation of Industrial Ven-
tilation Systems Through Computational Fluid DES TOMBE, Karen: Benzene and Total Hydrocar- tilation Troubleshooting Methods in Experimental
Dynamics Modeling, 141 bons Exposures in the Downstream Petroleum In- Systems, 669
CARETTI, David M.: Work Performance when dustries, 176
Breathing Through Different Respirator Exhala- DROLET, Daniel: Adjustment of Permissible Expo- HAAG, Werner R.: Interchangeability of Gas Detec-
tion Resistances, 411 sure Values to Unusual Work Schedules, 584 tion Tubes and Hand Pumps, 65
CARLSON, Virginia: Technology-Enhanced Learn- DUGAN, S.: Inhalable Dust Exposures, Tasks, and HANNINEN, Osmo: Ion Mobility Spectrometric
ing/Distance Education: Market Survey of Occu- Use of Ventilation in Small Woodworking Shops: Monitoring of Phosdrin’ from Foliage in Green-
pational Health and Safety Professionals, 349 A Pilot Study, 322 house, 80
CARLTON, Gary: A Comparison of Solid Sampler DURAN, Robyn: Is Acculturation Related to Use of HECKER, Lawrence H.: Simulated Workplace Protec-
Methods for the Determination of Hexamethyle Hearing Protection? 611 tion Factor Study of Powered Air-Purifying and
ne-Based Isocyanates in Spray-Painting Opera- DYRDAHL, K-S.: Successful Reduction of Morticians’ Supplied Air Respirators, 595
tions, 246 Exposure to Formaldehyde During Embalming, HENDERSON, Chris J.: The Influence of Knife Dull-
CATALANO, James D.: An Evaluation of Short-Term Procedures, 689 ness on Poultry Processing Operator Exertions
742 AIHAJ (62) November/December 2001
2001 AUTHOR INDEX
and the Effectiveness of Periodic Knife Steeling, Around a Variable Volume /Constant Face Velocity MOORE, J. Steven: Validity of Generic Risk Factors
428 Fume Cupboard, 303 and the Strain Index for Predicting Nontraumatic
HETHMON, Thomas A.: ‘Total’ and Respirable LANZA, Margaret A.: Fatigue and Endurance Limits Distal Upper Extremity Morbidity, 229
Dust Exposures in the U.S. Carbon Black Manu During Intermittent Overhead Work, 446 MOORE-DAWSON, Joyce: Reducing Incidence of
facturing Industry, 57 LAVOIE, Jacques: Emissions of Chemical Compounds Low-Back Injuries Reduces Cost, 508
HIIPAKKA, D.W.: Successful Reduction of Morti- and Bioaerosols During the Secondary Treatment MOYER, Ernest S.: Carbon Tetrachloride Replace-
cians’ Exposure to Formaldehyde During Em- of Paper Mill Effluents, 330 ment Compounds for Organic Vapor Air- Purifying
balming Procedures, 689 LAZOVICH, D.: Inhalable Dust Exposures, Tasks, Respirator Cartridge and Activated Carbon Test-
HOGAN, Andrew: Evaluation of the Effectiveness of and Use of Ventilation in Small Woodworking ing—A Review, 494
Following Up Laboratory Reports of Elevated Shops: A Pilot Study, 322 MURANKO, Henry J.: ‘Total’ and Respirable Dust
Blood Leads in Adults, 371 LEMAY, Francois: Adjustment of Permissible Expo- Exposures in the U.S. Carbon Black Manufactur-
HUANG, Rong Fung: Capture Envelopes of Rectan sure Values to Unusual Work Schedules, 584 ing Industry, 57
gular Hoods in Cross Drafts, 563 LENHART, S.W.: Respiratory Protection as a Fune MUSTARD, ‘Timothy S.: Workplace Protection Fac-
HUANG, Rong Fung: The Capture Envelope of a tion of Respirator Fitting Characteristics and Fit tors-Supplied Air Hood, 96
Flanged Circular Hood in Cross Drafts, 199 Test Accuracy, 36
HUGHES, Robert ‘T.: An Evaluation of Short-Term LESAGE, Jacques: A Comparison of Solid Sampler NANO, G.: Design Guidelines for Push-Pull Ventila
Exposures to Metalworking Fluids in Small Ma- Methods for the Determination of Hexamethyle tion Systems Through Computational Fluid Dy-
chine Shops, 342 ne-Based Isocyanates in Spray-Painting Opera- namics Modeling, 141
HUGHES, Robert T.: Metalworking Fluid Exposures tions, 246 NASH, Edith: The History of OSHA’s Asbestos Ru
in Small Machine Shops: An Overview, 356 LEVINE, Steven P.: Community Exposure Assessment lemakings and Some Distinctive Approaches that
HYVARINEN, Markku: Characterization and Control and Intervention Effectiveness at Trinity American They Introduced tor Regulating Occupational Ex-
of Terpene Emissions in Finnish Sawmills, 172 Corporation, Glenola, North Carolina, 649 posure to Toxic Substances, 208
LI, Lei: Aerodynamic Adsorption of Permeable Chem NEITZEL, Rick: Noise Exposure among Construc
JAPPINEN, PAAVO: Characterization and Control of ical Protective Suit, 559 tion Electricians, 615
Terpene Emissions in Finnish Sawmills, 172 LI, Shou-Nan: Effect of Impactor Inlet Efficiency on the NELSON, Thomas J.: Workplace Protection Factors—
JO, Wan-Kuen: Worker Exposure to Aromatic Volatile Measurement of Wood Dust Size Distribution, 19 Supplied Air Hood, 96
Organic Compounds in Dry Cleaning Stores, 466 LIN, Yuehe: Development of an Integrated Microan NICAS, Mark: Modeling Turbulent Diffusion and Ad-
JOHNSON, Arthur T.: Telephone Communications alytical System for Analysis of Lead in Saliva and vection of Indoor Air Contaminants by Markov
with Several Commercial Respirators, 685 Linkage to a Physiologically Based Pharmacoki Chains, 149
netic Model Describing Lead Saliva Secretion, 295 NURKKA, Timo: Characterization and Control of
JOHBNrSeaOtNhi,n g ATrhtrhouurg h T.: DifWfoerrken t PeRresfpoirrmaatnorc e Exwhahlean- LIU, Jiangge: Acrodynamic Adsorption of Permeable Terpene Emissions in Finnish Sawmills, 172
tion Resistances, 411 Chemical Protective Suit, 559 NUSSBAUM, Maury A.: Fatigue and Endurance Lim-
JOHNSON, Diane J.: Benzene and Total Hydrocar- LIUKKONEN, Tuula: Characterization and Control its During Intermittent Overhead Work, 446
bons Exposures in the Downstream Petroleum In of Terpene Emissions in Finnish Sawmills, 172
dustries, 176 LONKA, Pirjo: Characterization and Control of Ter- O'BRIEN, Dennis M.: An Evaluation of Short-Term
JOHNSON, James S.: Simulated Workplace Protec- pene Emissions in Finnish Sawmills, 172 cEhxipnoes uSrheosp s,t o 34M2e talworking Fluids in Small Ma-
tion Factor Study of Powered Air-Puritying and LOUHELAINEN, KYOSTI: Effect of In Situ Com
Supplied Air Respirators, 595 posting on Reducing Offensive Odors and Volatile O'BRIEN, Dennis M.: Metalworking Fluid Exposures
Organic Compounds in Swineries, 159 in Small Machine Shops: An Overview, 356
KALMES, Renee: Airborne Concentrations of Ethyl LUNDGREN, Dale A.: Effect of Impactor Inlet Ef- OLSON, Debra Kay: Technology-Enhanced Learn-
and Methyl Cyanoacrylate in the Workplace, 70 ficiency on the Measurement of Wood Dust Size ing/Distance Education: Market Survey of Occu-
Distribution, 19 pational Health and Safety Professionals, 349
KANGAS, Juhani: Effect of In Situ Composting on
Reducing Offensive Odors and Volatile Organic LUNGHINI, Liana: Evaluation of Respiratory and OPDAM, J.J.G.: Dermal Absorption of Neat Liquid
Compounds in Swineries, 159 Cutaneous Doses and Urinary Excretion of Alkyl- Solvents on Brief Exposures in Volunteers, 12
phosphates by Workers in Greenhouses Treated OSMOND, Neale M.: Pressure Drop and Service Life
KENDAL-REED, Martin: Approaches to Under
with Omethoate, Fenitrothion, and Tolclotos Predictions for Respirator Canisters, 288
standing Chemosensory Responses: New Direc-
Methyl, 87
tions and New Caveats, 717
PAAKKANEN, Heikki: Ion Mobility Spectrometric
KENNY, Donald V.: Design and Evaluation of a MACINTOSH, David L.: Performance of Electronic Monitoring of Phosdrin’ from Foliage in Green-
Breath-Analysis System for Biological Monitoring Flow Rate Meters Used for Calibration of Air Sam- house, 80
of Volatile Compounds, 28
pling Pumps, 472 PAGE, Elena H.: The Role of Stachybotrys Mycotoxins
KEY-SCHWARTZ, Rosa: A Comparison of Solid Sam- MAINELIS, Gediminas: Particle Emission Character- in Building-Related Illness, 644
pler Methods for the Determination of Hexame-
thylene-Based Isocyanates in Spray-Painting Op- istics of Filter-Equipped Vacuum Cleaners, 482 PAN, W.: Inhalable Dust Exposures, Tasks, and Use
erations, 246 MARTONIK, John F.: The History of OSHA’s As of Ventilation in Small Woodworking Shops: A Pi
bestos Rulemakings and Some Distinctive Ap- lot Study, 322
KEZIC, S.: Dermal Absorption of Neat Liquid Sol-
proaches that They Introduced tor Regulating Oc PARKER, D.: Inhalable Dust Exposures, Tasks, and
vents on Brief Exposures in Volunteers, 12
cupational Exposure to Toxic Substances, 208 Use of Ventilation in Small Woodworking Shops:
KIM, Sung-Hwan: Worker Exposure to Aromatic Vol MATTHEIS, Darrell K.: Simulated Workplace Protec A Pilot Study, 322
atile Organic Compounds in Dry Cleaning Stores,
tion Factor Study of Powered Air-Purifying and PAUSTENBACH, Dennis: Airborne Concentrations
466
Supplied Air Respirators, 595 of Ethyl and Methyl Cyanoacrylate in the Work-
KITAMURA, Shoichi: A Simple Method for Detecting MELDRUM, Maureen: Setting Occupational Expo- place, 70
Breakthroughs in Used Chemical Cartridges, 168
sure Limits (OELs) for Sensory Irritants: The Ap- PAUSTENBACH, Dennis: Approaches and Consid
KJAERGAARD, Soren K.: The Assessment of Irritation proach in the European Union, 730 erations for Setting Occupational Exposure Limits
Using Clinical Methods and Questionnaires, 711 MIDDENDORF, Paul J.: Performance of Electronic (OELs) for Sensory Irritants: Report of Recent
KNOX, Kristine: Validity of Generic Risk Factors and Flow Rate Meters Used for Calibration of Air Sam- Symposia, 697
the Strain Index for Predicting Nontraumatic Dis- pling Pumps, 472 PELTONEN, YRJO: Characterization and Control of
tal Upper Extremity Morbidity, 229 MIELO, Timo: Characterization and Control of Ter- Terpene Emissions in Finnish Sawmills, 172
KOH, Frank C.S.: Telephone Communications with pene Emissions in Finnish Sawmills, 172 PERRAULT, Guy: Adjustment of Permissible Expo
Several Commercial Respirators, 685 MILTON, T.: Inhalable Dust Exposures, Tasks, and sure Values to Unusual Work Schedules, 584
KOH, Frank: Work Performance when Breathing Use of Ventilation in Small Woodworking Shops: PHILLIPS, Paula L.: Pressure Drop and Service Life
Through Different Respirator Exhalation Resis- A Pilot Study, 322 Predictions for Respirator Canisters, 288
tances, 411 MOJET, J.: Approach to Setting Occupational Expo- PIACITELLI, Greg M.: An Evaluation of Short-Term
KRUSE, J.: Dermal Absorption of Neat Liquid Sol- sure Limits (OELs) for Sensory Irritants in the Exposures to Metalworking Fluids in Small Ma-
vents on Brief Exposures in Volunteers, 12 Netherlands, 733 chine Shops, 342
MONSTER, A.C.: Dermal Absorption of Neat Liquid PIACITELLI, Greg M.: Metalworking Fluid Expo-
LAN, Ngiam Soon: Numerical Simulation of Airflow Solvents on Brief Exposures in Volunteers, 12 sures in Small Machine Shops: An Overview, 356
AIHAJ (62) November/December 2001 743
2001 AUTHOR INDEX
POET, Torka S.: Development of an Integrated Mi- with Omethoate, Fenitrothion, and Tolclofos- TRAKUMAS, Saulius: Test Methods for Evaluating
croanalytical System for Analysis of Lead in Saliva Methyl, 87 the Filtration and Particulate Emission Character-
and Linkage to a Physiologically Based Pharma- SCOTT, William H.: Telephone Communications istics of Vacuum Cleaners, 313
cokinetic Model Describing Lead Saliva Secretion, with Several Commercial Respirators, 685 TROUT, Douglas B.: The Role of Stachybotrys My-
295 SCOTT, William H.: Work Performance when Breath- cotoxins in Building-Related Illness, 644
ing Through Different Respirator Exhalation Re- TRUCHON, Ginette: Adjustment of Permissible Ex-
RABINOWITZ, Peter M.: Is Acculturation Related to sistances, 411 posure Values to Unusual Work Schedules, 584
Use of Hearing Protection? 611 SEIXAS, Noah S.: Noise Exposure among Construc- TRUNOV, Mikhaylo: Test Methods for Evaluating the
RADWIN, Robert G.: The Influence of Knife Dullness tion Electricians, 615 Filtration and Particulate Emission Characteristics
on Poultry Processing Operator Exertions and the SEKI, Yukio: A Simple Method for Detecting Break- of Vacuum Cleaners, 313
Effectiveness of Periodic Knife Steeling, 428 throughs in Used Chemical Cartridges, 168 TSUDA, Yoko: A Simple Method for Detecting Break-
RAISANEN, Jouni: Characterization and Control of SHAW, M. Lorraine: Benzene and Total Hydrocar- throughs in Used Chemical Cartridges, 168
Terpene Emissions in Finnish Sawmills, 172 bons Exposures in the Downstream Petroleum In- TUCKER, Samuel P.: Determination of Capsaicin and
RAY, Alison E.: Effect of Impactor Inlet Efficiency on the dustries, 176 Dihydrocapsaicin in Air in a Pickle and Pepper
Measurement of Wood Dust Size Distribution, 19 SHIH, Tung-Sheng: Computer Simulation of Particle Processing Plant, 45
REBAR, Joyce E.: Telephone Communications with Overlap in Fiber Count Samples, 281 TUOVINEN, Kai: Ion Mobility Spectrometric Moni-
Several Commercial Respirators, 685 SHIMADA, Masahiro: A Simple Method for Detect- toring of Phosdrin* from Foliage in Greenhouse, 80
REDINGER, Charles F.: Community Exposure As- ing Breakthroughs in Used Chemical Cartridges,
sessment and Intervention Effectiveness at Trinity 168 ULVESTAD, Bente: Dust and Gas Exposure in Tun-
American Corporation, Glenola, North Carolina, SHUM, Mona: Airborne Concentrations of Ethyl and nel Construction Work, 457
649 Methyl Cyanoacrylate in the Workplace, 70 UNDERHILL, Dwight: The Use of Reverse Diffusion to
REN, Kyle: Noise Exposure among Construction SIEBER, W. Karl: An Evaluation of Short-Term Ex- Validate the Performance of Diffusive Samplers, 680
Electricians, 615 posures to Metalworking Fluids in Small Machine
REPONEN, Tiina: Comparison of Filter Bag, Cyclon- Shops, 342
VALBERG, Peter A.: Carbon Black and Soot: Two
ic, and Wet Dust Collection Methods in Vacuum SIEBER, W. Karl: Metalworking Fluid Exposures in Different Substances, 218
Cleaners, 573 Small Machine Shops: An Overview, 356
VAN BELLE, Gerald: Air Sampling at the Chest and
REPONEN, Tiina: Particle Emission Characteristicso f SIMS, Amy: Evaluation of the Effectiveness of Follow- Ear as Representative of the Breathing Zone, 416
Filter-Equipped Vacuum Cleaners, 482 ing Up Laboratory Reports of Elevated Blood
REPONEN, Tiina: Test Methods for Evaluating the Leads in Adults, 371 VAN DE GEVEL, I.A.: Dermal Absorption of Neat Lig-
uid Solvents on Brief Exposures in Volunteers, 12
Filtration and Particulate Emission Characteristics SIR, Soon Yih: Capture Envelopes of Rectangular
of Vacuum Cleaners, 313 Hoods in Cross Dratts, 563 VEIJANEN, Anja: Effect of In Situ Composting on
Reducing Offensive Odors and Volatile Organic
RICE, Kim M.: Fatigue and Endurance Limits During SMITH, Ralph G.: ‘Total’ and Respirable Dust Ex-
Compounds in Swineries, 159
Intermittent Overhead Work, 446 posures in the U.S. Carbon Black Manufacturing
ROBERT, William P.; Community Exposure Assess- Industry, 57 VERBERK, M.M.: Dermal Absorption of Neat Liquid
Solvents on Brief Exposures in Volunteers, 12
ment and Intervention Effectiveness at Trinity SMITH, Simon J.: Carbon Tetrachloride Replacement
American Corporation, Glenola, North Carolina, Compounds for Organic Vapor Air-Purifving Res- VERMA, Dave K.: Benzene and Total Hydrocarbons
649 pirator Cartridge and Activated Carbon Testing— Exposures in the Downstream Petroleum Indus-
ROSENBERG, Christina: Characterization and Con- A Review, 494 tries, 176
trol of Terpene Emissions in Finnish Sawmills, 172 SORAINEN, Esko: Vibration of Dental Handpieces, VERMA, Dave K.: Exposure Estimation in the Pres-
ROSENMAN, Kenneth D.: Evaluation of the Effec- 477 ence of Nondetectable Values: Another Look, 195
tiveness of Following Up Laboratory Reports of STEWART, Patricia: Dust and Gas Exposure in Tunnel VIILOS, Pia: Effect of In Situ Composting on Re-
Elevated Blood Leads in Adults, 371 Construction Work, 457 ducing Offensive Odors and Volatile Organic
ROSENTHAL, E.S.: Characterization of Metalwork- SVEDBERG, Urban: Characterization and Control of Compounds in Swineries, 159
ing Fluid Acrosols in Bearing Terpene Emissions in Finnish Sawmills, 172 VISWANATHAN, Shekar: Numerical Simulation of
Grinding Operations, 379 SZABO, Richard L.: The Influence of Knife Dullness Airflow Around a Variable Volume /Constant Face
on Poultry Processing Operator Exertions and the Velocity Fume Cupboard, 303
ROTA, R.: Design Guidelines for Push-Pull Ventila-
tion Systems Through Computational Fluid Dy- Effectiveness of Periodic Knife Steeling, 428 VYSKOCIL, Adolf: Adjustment of Permissible Expo-
namics Modeling, 141 sure Values to Unusual Work Schedules, 584
TAKARO, Timothy K.: An Evaluation of Factors Af-
ROVELL-RIXX, David: Effect of Impactor Inlet Ef-
ficiency on the Measurement of Wood Dust Size fecting Hazardous Waste Workers’ Use of Respi- WAGNER, Owen D.: Safety and Health Program As-
Distribution, 19 ratory Protective Equipment, 236 sessment in Relation to the Number and Type of
TANAKA, Shigeru: A Simple Method for Detecting Safety and Health Violations, 605
RUCKER, Nathan R.: Validity of Generic Risk Factors
and the Strain Index for Predicting Nontraumatic Breakthroughs in Used Chemical Cartridges, 168 WATSON, Ann Y.: Carbon Black and Soot: Two Dif-
Distal Upper Extremity Morbidity, 229 TARDIF, Robert: Adjustment of Permissible Exposure ferent Substances, 218
RUDNICK, Stephen N.: Predicting the Ultraviolet Values to Unusual Work Schedules, 584 WEBSTER, Barbara S.: Antecedent Factors and Dis-
Radiation Distribution in a Room with Multilou- THRALL, Karla D.: Design and Evaluation of a abling Occupational Morbiditvy—Insights from the
vered Germicidal Fixtures, 434 Breath-Analysis System for Biological Monitoring New BLS Data, 622
RUDZINSKI, Walter E.: A Comparison of Solid Sam- of Volatile Compounds, 28 WEITZ, Karl K.: Design and Evaluation of a Breath-
pler Methods for the Determination of Hexame- THRALL, Karla D.: Development of an Integrated Analysis System for Biological Monitoring of Vol-
thylene-Based Isocyanates in Spray-Painting Op- Microanalytical System for Analysis of Lead in Sa- atile Compounds, 28
erations, 246 liva and Linkage to a Physiologically Based Phar- WEITZ, Karl K.: Development of an Integrated Mi-
macokinetic Model Describing Lead Saliva Secre-
RUUSKANEN, Juhani: Ion Mobility Spectrometric tion, 295 croanalytical System for Analysis of Lead in Saliva
Monitoring of Phosdrin’ trom Foliage in Green- and Linkage to a Physiologically Based Pharma-
house, 80 TIMCHALK, Charles: Development of an Integrated cokinetic Model Describing Lead Saliva Secretion,
Microanalytical System for Analysis of Lead in Sa- 295
RYTKONEN, Esko: Vibration of Dental Handpicces, liva and Linkage to a Physiologically Based Phar-
477 macokinetic Model Describing Lead Saliva Secre- WELLING, Irma: Characterization and Control of
tion, 295 Terpene Emissions in Finnish Sawmills, 172
SALAZAR, Mary K.: An Evaluation of Factors Aftect- TOW, Luther V.; Performance of Electronic Flow Rate WHEELER, Teresa H.: Workplace Protection Fac-
ing Hazardous Waste Workers’ Use of Respiratory Meters Used for Calibration of Air Sampling tors-Supplied Air Hood, 96
Protective Equipment, 236 Pumps, 472 WILLEKE, Klaus: Comparison of Filter Bag, Cyclon-
SCHWEDER, Mark: The Use of Reverse Diffusion to TRAKUMAS, Saulius: Comparison of Filter Bag, Cy- ic, and Wet Dust Collection Methods in Vacuum
Validate the Performance of Diffusive Samplers, xx clonic, and Wet Dust Collection Methods in Vac- Cleaners, 573
SCIARRA, Giantranco: Evaluation of Respiratory and uum Cleaners, 573 WILLEKE, Haus: Particle Emission Characteristics of
Cutaneous Doses and Urinary Excretion of Alkyl- TRAKUMAS, Saulius: Particle Emission Characteris- Filter-Equipped Vacuum Cleaners, 482
phosphates by Workers in Greenhouses Treated tics of Filter-Equipped Vacuum Cleaners, 482 WILLEKE, Klaus: Test Methods for Evaluating the
744 AIHAJ (62) November/December 2001
2001 AUTHOR INDEX
Filtration and Particulate Emission Characteristics YEAGY, Brent L.: Characterization of Metalworking YOST, Michael: Noise Exposure among Construction
of Vacuum Cleaners, 313 Fluid Aerosols in Bearing Grinding Operations, Electricians, 615
379
WILLIAMS, Phillip L.: Performance of Electronic YU, Tai-Shan: Computer Simulation of Particle Over-
Flow Rate Meters Used for Calibration of Air Sam- YEH, Wen-Yu: Capture Envelopes of Rectangular lap in Fiber Count Samples, 281
Hoods in Cross Drafts, 563
pling Pumps, 472
YEH, Wen-Yu: The Capture Envelope of a Flanged
WOOD, Gerry O.: Carbon Tetrachloride Replacement Circular Hood in Cross Drafts, 199 ZHAO, Rui: Development of an Integrated Micro-
Compounds for Organic Vapor Air-Purifving Res- YIN, Jian: A Comparison of Solid Sampler Methods analytical System for Analysis of Lead in Saliva and
pirator Cartridge and Activated Carbon Testing— for the Determination of Hexamethylene-Based Linkage to a Physiologically Based Pharmacoki-
A Review, 494 Isocyanates in Spray-Painting Operations, 246 netic Model Describing Lead Saliva Secretion, 295
PRODUCT INDEXES
Advertisers’ Index
Circle #
AOSatfety
Casella CEL
Draeger Safety, Inc.
Environmental Microbiology
NIOSH
Thermo Environmental
The Advertisers’ and New Products Indexes are compiled as a service to the readers of the AJHA/J. Being listed in these indexes
does not imply endorsement by AJHAJ or AIHA of the advertiser, its products, or its services. Inquiries to the advertisers with
respect to the content of any advertisement should be made directly to the advertiser, with a copy to the Editor, ATHAJ. For
information on the products and services advertised in this issue, please use the Reader Service Card provided.
AIHAJ (62) November/December 2001 745
2001 SUBJECT INDEX
nose/mouth/ear/chest differences, 416-427 aromatic volatile organic compound
A
side orientation, 416-427 dry cleaning worker, 466-47 1
abatement wind velocity, 416-427 human study, 466-471
asbestos, 208-217
capsaicin, 45-48 Korea, 466-471
lead, 313-321
acetonitrile, 45-48 asbestos
high-efficiency particulate air (HEPA) filter,
air sampling, 45-48 abatement, 208-217
482-493
detection limits, 45-48 occupational exposure
noise, 611-614, 615-621
filtration of, 45-48 emergency temporary standards, 208-217
acoustic rhinometry, nasal mucosal irritation, 711-716
high performance liquid chromatography with medical removal protection, 208-217
acrylic, occupational exposure limit, 697-704
fluorescence detection, 45-48 presumption of hazard in absence of exposure
actinomycetes bacteria
contaminant dispersion, 416-427 information, 208-217
acrosolization, 330-341
dihydrocapsaicin, 45-48 Occupational Safety and Health Administration,
paper mill, 330-341
acetonitrile, 45-48 208-217
activated carbon testing, carbon tetrachloride replace-
air sampling, 45-48 rulemaking history, 208-217
ment compound, 494-507
detection limits, 45-48 use of historical and objective exposure data,
American National Standards Institute, 494-507
filtration of, 45-48 208-217
American Society for Testing and Materials, 494—
high performance liquid chromatography with ASC/T GAC adsorbent, 288-294
507
fluorescence detection, 45-48 Aspergillus fumigatus
breakthrough time comparisons, 494-507
ethyl 2-cyanoacrylate, 70-79 acrosolization, 330-341
n-butane adsorption test, 494-507
hour time-weighted average samples, 70-79 paper mill, 330-341
chin-style canister, 494-507
peak concentrations of exposure, 70-79 aspiration efficiency, cascade impactor inlet, 19-27
cyclohexane, 494-507
personal mean short-term airborne concentra- aerodynamic diameters, 19-27
ethyl acetate, 494-507
tions, 70-79 monodisperse solid particles, 19-27
European approach, 494-507
sampling time, 70-79 assigned protection factor
freon, 494-507
fenitrothion, 87-95 class vs. model, 595-604
hexane, 494-507
formaldehyde, 689-696 defined, 96-100
Japanese approach, 494-507
methyl 2-cyanoacrylate, 70-79 direct testing, 595-604
National Institute for Occupational Safety and
Health, 494-507 hour time-weighted average samples, 70-79 supplied-air hood, 96-100
nonpowered air-purifying respirator cartridges, peak concentrations of exposure, 70-79 asthma
494-507 personal mean short-term airborne concentra- permissible exposure limit, adjustment for unusu-
pentane, 494-507 tions, 70-79 al work schedules, 584-594
powered air-purifying respirator cartridges, 494— sampling time, 70-79 toxicokinetic modeling, 584-594
507 omethoate, 87-95 automotive industry, 356-370
U.S. Bureau of Mines, 494-507 organophosphate pesticide, 87-95
aaadeearrtopiostvdoeayl bbsat,nyerics snaouteitcnmi6ateh,ink,3m- cot3 sm h57-cyra53a6casol934edsue--3tse g57 eosh63rsse 2pm 5xte p cbineuatorrc,nvit ,eme er5inc5pata,e9sl r-,cm 53uel635aa20t5b -i9l3oe-n4 5,1 6 c25h e5m9i-c5a6l2 protec- air saspsttwmAueoao.aplPlplmklf.ucppeiu elel rnnorB igef zun h oocgeaspnk dxn-eu iadm,mmif emeslptitopu4h nihco1yicyrol6k-aid l-ndB,eae4up t,2cee psk47,rt 5 4 io-1cca64i6ie4d8rs-e9f s4,l-i 2on6w78g5 7 7r- pa9tle5a n tm,e te4r5,- 4487 2-476 Bbbbaee clai3tree7ifr9nsiaph g-aeaa 3rapzo8neamsdr2rao dlnaoimutizufltasalit ,cti utowd3unae,3rss 0ti e-n3 g33 4w01o-i r3nk4de1urs ,t ry2,3 6-m2e4ta5l working fluid,
aerosol filtration efficiency, 313-321 bios DryCal airflow rate meter, 472-476 respirator use, 236-245
Aspergillus fumigatus, 330-341 bubble burette meter, 472-476 bellows pump, interchangeability, 65-69
bacteria, 330-341 calibration device, types compared, 472-476 benzene
concentration in metalworking fluid, 379-382 electronic flow rate meter, 472-476 breath analysis, 28-35
emission source, 330-341 MSA Accuflow airflow rate meter, 472-476 breath concentration, 466-47 1
endotoxin, 330-341 Sensidyne Gilibrator airflow rate meter, 472-476 accumulated body burden, 466-471
gram-negative bacteria, 330-341 airborne infectious disease, ultraviolet germicidal ra- amount of solvent, 466-47 1
indoor sampling, cascade impactor inlet, 19-27 diation, 434-445 bulk terminal, 176-194
mold, 330-341 airborne particulate downstream petroleum industry, 176-194
paper mill effluent secondary treatment, 330- carbon black, 218-228 dry cleaning worker, 466-47 1
341 diesel exhaust, 218-228 field study, 28-35
size distribution in metalworking fluid, 379-382 soot, 218-228 human study, 28-35, 466-471
aerosol mass concentration aircraft, painting and sanding, 96-100 indoor air, 466-471
face grinding machinery, 379-382 airflow rate, terpene, 172-175 literature review, 176-194
metalworking fluid, 379-382 American National Standards Institute marine terminal, 176-194
microcentric grinding machinery, 379-382 activated carbon testing, carbon tetrachloride re- occupational exposure, 176-194
progressive grinding machinery, 379-382 placement compound, 494-507 permeable chemical protective suit, 559-562
aerosol photometer American National Standard Z88.2 (1992), 96- petroleum industry, 176-194
37-mm closed face cassette sampler, 342-348 100 pipeline, 176-194
collocated thoracic cassette sampler, 342-348 American Society for Testing and Materials, activated rail terminal, 176-194
metalworking fluid, 342-348 carbon testing, carbon tetrachloride replacement refinery, 176-194
air sampling, 342-348 compound, 494-507 long-term exposure, 176-194
calibration factor, 342-348 ammonia short-term exposure, 176-194
air contaminant, 633-643, 649-657 emission source, 330-341 task-based exposure, 176-194
chemical dosimeter, 28-35 odor perception threshold, 330-341 service station, 176-194
air disinfection, ultraviolet germicidal radiation, 434—- odor concentration, 159-167 site remediation, 176-194
445 paper mill, 330-341 tank cleaning, 176-194
air draft, 141-148 in situ composting, 159-167 truck, 176-194
air sampling, 65-69 swinery, 159-167 underground storage tank, 176-194
aerosol photometer, metalworking fluid, 342- analytical detection limit, nondetectable values, 195- Berner Impactor, cascade impactor inlet, wood dust
348 198 size distribution, 19-27
analytical method, 45-48 Andersen Impactor, cascade impactor inlet, wood dust biological monitoring
breathing zone, 416-427 size distribution, 19-27 fenitrothion, 87-95
back orientation, 416-427 A.P. Buck mini-Buck airflow rate meter, air sampling omethoate, 87-95
facing orientation, 416-427 pump, calibration, 472-476 organophosphate pesticide, 87-95
movement effects, 416-427 Arjo lift, 508-511 tolclofos-methyl pesticide, 87-95
746 AIHAd (62) November/December 2001
SUBJECT INDEX
Bios DryCal airflow rate meter, air sampling pump, calibration device, air sampling pump, types compared, organic vapor air-purifying respirator cartridge,
calibration, 472-476 472-476 494-507
blasting caproic, occupational exposure limit, 697-704 American National Standards Institute, 494-507
dust exposure, 457-465 capsaicin American Society for Testing and Materials,
exposure assessment, 457-465 air analysis, 45-48 494-507
gas exposure, 457-465 acetonitrile, 45-48 breakthrough time comparisons, 494-507
nitrogen dioxide, 457-465 air sampling, 45-48 chin-style canister, 494-507
blinking frequency, eye irritation, 711-716 detection limits, 45-48 cyclohexane, 494-507
blood lead. see lead filtration of, 45-48 ethyl acetate, 494-507
bottling worker high performance liquid chromatography with European approach, 494-507
ethyl 2-cyanoacrylate, 70-79 fluorescence detection, 45-48 freon, 494-507
methyl 2-cvanoacrylate, 70-79 pepper and pickle processing plant, 45-48 hexane, 494-507
brain imaging, chemosensory stimulation, 717-721 capture envelope Japanese approach, 494-507
breath analysis circular hood, 199-207, 563-572 National Institute for Occupational Safety and
benzene, 28-35, 466-471 exterior hood, 199-207 Health, 494-507
chemical dosimeter, compared, rectangular hood, cross drafts, 563-572 n-butane adsorption test, 494-507
components, 28-35 square hood, 563-572 nonpowered air-purifying respirator cartridges,
exposure assessment, 28-35 carbon black 494-507
field study, 28-35 aciniform particulate, 218-228 nonpowered front-mounted/back-mounted
hexane, 28-35 adsorbed organic compounds, 218-228 canisters, 494-507
methylene chloride, 28-33 airborne particulate, 218-228 pentane, 494-507
toluene, 28-35 ash, 218-228 powered air-purifying respirator cartridges,
trimethylbenzene, 28-35 chemical composition, 218-228 494-507
volatile compound components, 218-228 U.S. Bureau of Mines, 494-507
exposure-tissue dose relationship, 28-35 decrease in exposure since 1980, 57-64 carboxylic acid
internal target tissue dose, 28-35 distributions of dust fractions, 57-64 occupational exposure limit value, 159-167
measurement interval, 28-35 human study, 57-64 in situ composting, 159-167
physiologically based pharmacokinetic model, industrywide exposure assessment study, 57-64 swinery, 159-167
28-35 manufacturing processes, 218-228 threshold odor concentration, 159-167
breath concentration material handling job, 57-64 3-carene
benzene, 466-47 1 mutagenic activity, 218-228 occupational exposure limit value, 159-167
accumulated body burden, 466-471 Occupational Safety and Health Administration in situ composting, 159-167
amount of solvent, 466-47 1 permissible exposure limit, 57-64 swinery, 159-167
ethylbenzene, 466-47 1 oil-furnace processes, 218-228 threshold odor concentration, 159-167
accumulated body burden, 466-471 organic compound, 218-228 cascade impactor inlet
amount of solvent, 466-47 1 biologic activity, 218-228 Andersen Impactor, 19-27
toluene, 466-47 1 physical characteristics, 218-228 aspiration efficiency, 19-27
amount of solvent, 466-471 polycyclic aromatic hydrocarbon, 218-228 aerodynamic diameters, 19-27
m,p-xylene, 466-47 | product baggers/packers/sackers, 57-64 monodisperse solid particles, 19-27
respirable dust mean concentration, 57-64 Berner Impactor, 19-27
accumulated body burden, 466-471
solvent extractable fraction, 218-228 designs, 19-27
amount of solvent, 466-47 1
soot, contrasted, 218-228 indoor aerosol sampling, 19-27
o-xylene, 466-471
total dust mean concentration, 57-64 Marple Personal Cascade Impactor, 19-27
accumulated body burden, 466-47 1
total vs. respirable carbon black dust concentra- Microorific Uniform Deposit Impactor, 19-27
amount of solvent, 466-47 1
tions, 57-64 particle sampling, 19-27
breathing zone
U.S. carbon black manufacturing workers 1993- Sierra Impactor, 19-27
air sampling, 416-427 95, 57-64 standard shrouded inlet, 19-27
back orientation, 416-427 uses, 218-228 University of Washington Impactor, 19-27
facing orientation, 416-427 carbon dioxide, 330-341 vertical sampling tube, 19-27
movement effects, 416-427 carbon disulfide wood dust size distribution, 19-27
nose/mouth /ear/chest differences, 416-427 chemical cartridge, 168-171 cassette organic monitor sampler
side orientation, 416-427 viscose rayon worker, 168-171 hexamethylene-based isocyanate, 246-250
wind velocity, 416-427 carbon monoxide, 330-341 1-(2-methoxyphenyl) piperazine, 246-250
contaminant dispersion, 416-427 carbon oxide spray painting, 246-250
defined, 416-427 emission source, 330-341 centralized data collection system, 322-329
bubble burette meter, air sampling pump, calibration, odor perception threshold, 330-341 chamber test method, 313-321
472-476 paper mill, 330-341 chemical cartridge
building remediation, 644-648 carbon tetrachloride, ethyl acetate, breakthrough times carbon disulfide, 168-171
building-related illness comparison, 494-507 end-of-service-life indicator, 168-171
fungus, 644-648 carbon tetrachloride replacement compound gas detector tube, 168-171
mycotoxin, 644-648 activated carbon testing, 494-507 human study, 168-171
Stachybotrys mycotoxin, 644-648 American National Standards Institute, 494— organic solvent, 168-171
bulk terminal 507 viscose rayon worker, 168-171
benzene, 176-194 American Society for Testing and Materials, chemical compound, secondary treatment of paper
hydrocarbon, 176-194 494-307 mill effluents, 330-341
Bullard CC2OTIC, 595-604 breakthrough time comparisons, 494-507 chemical dosimeter
“~
n-butane adsorption test, 494-507 chin-style canister, 494-507 airborne contaminant level, 28-335
2,3-butanedione cyclohexane, 494-507 breath analysis, compared, 28-3 5
occupational exposure limit value, 159-167 ethyl acetate, 494-507 chemosensory stimulation
in situ composting, 159-167 European approach, 494-507 brain imaging, 717-721
swinery, 159-167 freon, 494-507 human study, 717-721
threshold odor concentration, 159-167 hexane, 494-507 Chemviron Carbon Ltd.’s ASC/T GAC adsorbent,
2-butanone Japanese approach, 494-507 288-294
occupational exposure limit value, 159-167 National Institute for Occupational Safety and chin-style canister, 494-307
in situ composting, 159-167 Health, 494-507 cholinesterase inhibitor
swinery, 159-167 n-butane adsorption test, 494-507 permissible exposure limit, adjustment for unusu-
threshold odor concentration, 159-167 nonpowered air-purifying respirator cartridges, al work schedules, 584-594
butyric, occupational exposure limit, 697-704 494-507 toxicokinetic modeling, 584-594
pentane, 494-507 circular hood, capture envelope, 199-207, 563-572
powered air-purifying respirator cartridges, closed-face sampling, metalworking fluid, 379-382
Cc 494-507 collocated thoracic cassette sampler, aerosol photom-
cabinet shop, 322-329 U.S. Bureau of Mines, 494-507 eter, 342-348
AIHAJ (62) November/December 2001 747
SUBJECT INDEX
colorimetric tube, 65-69 air injection, 477-481 hexamethylene-based isocyanate, 246-250
comfort, respirator, 236-245 grip force, 477-481 1-(2-methoxyphenyl) piperazine, 246-250
commercial engine oil vibration spectra, 477-481 spray painting, 246-250
lung water injection, 477-481 dust, 633-643
alveolar walls, 49-56 work simulation, 477-481 dust collection
epithelial hyperplasia, 49-56 dermal absorption cyclonic collection, 573-583
foamy macrophages, 49-56 fenitrothion, 87-95 filter bag collection, 573-583
lung weight, 49-56 omethoate, 87-95 high-efficiency particulate air (HEPA) exhaust fil-
pulmonary hydroxyproline, 49-56 organic solvent, 12-18 ter, 313-321, 482-493
subchronic inhalation exposure, 49-56 organophosphate pesticide, 87-95 pickup efficiency, 313-321
communication, respirator, 236-245 tetrachloroethene, 12-18 vacuum cleaner, 573-583
community exposure assessment, 649-657 tolclofos-methy! pesticide, 87-95 wet dust collection, 573-583
composting. see in situ composting toluene, 12-18 dust exposure
computational fluid dynamics modeling, push-pull 1,1,1-trichloroethane, 12-18 carbon black
ventilation system, 141-148 trichloroethene, 12-18 decrease in exposure since 1980, 57-64
air draft velocity, 141-148 urinary alkylphosphate, 87-95 distributions of dust fractions, 57-64
mathematical model, 141-148 xylene, 12-18 industrywide exposure assessment study, 57-
tank width, 141-148 diesel exhaust 64
concrete worker airborne particulate, 218-228 relationship between total and respirable car-
dust exposure, 457-465 diesel-engine soot, 218-228 bon black dust concentrations, 57-64
exposure assessment, 457-465 mutagenic activity, 218-228 respirable dust mean concentration, 57-64
gas exposure, 457-465 organic materials, 218-228 total dust mean concentration, 57-64
construct validity, 711-716 underground construction worker, 457-465 U.S. carbon black manufacturing workers
construction electrician, noise exposure, 615-621 diffusion model 1993-95, 57-64
activity /exposure record, 615-621 Drivas model, 149-158 comprehensive evaluation, 57-64
determinants of average exposure, 615-621 indoor air quality, 149-158 concrete worker, 457-465
8-hour time-weighted averages, 615-621 Markov chain, 149-158 drill and blast crew, 457-465
diffusive sampler, reverse diffusion, 680-684 electrician, 457-465
construction industry, hearing conservation program, dihydrocapsaicin human study, 57-64, 457-465
615-621 air analysis, 45-48 pneumatic drilling, 457-465
containment control, fume hood, 303-312 acetonitrile, 45-48 shaft-drilling crew, 457-465
contaminant, nondetectable values, 195-198 air sampling, 45-48 shotcreting operator, 457-465
contaminant dispersion detection limits, 45-48 tunnel-boring machine crew, 457-465
air sampling, 416-427 filtration of, 45-48 underground construction worker, 457-465
breathing zone, 416-427 high performance liquid chromatography with
continuing education fluorescence detection, 45-48
cost, 349-355 pepper and pickle processing plant, 45-48 E
distance education, 349-355 dimethyl disulfide, 330-341 electrically neutral particulate filter, 633-643
technology-enhanced learning, 349-355 dimethyl sulfide, 330-341
electrician
cost direct pressure comparison method, ventilation, 669-
dust exposure, 457-465
continuing education, 349-255 679
gas exposure, 457-465
low-back injury, 508-511 airflow level, 669-679
noise-induced hearing loss, 615-621
cost-benefit analysis branch duct, 669-679
electronic flow rate meter, air sampling pump, calibra-
blood lead, 371-378 distal upper extremity morbidity, 229-235
tion, 472-476
lead surveillance system, 371-378 generic risk factor, 229-235
p-cresol gloves, 229-235 electrophysiological method, sensory irritation, 723-
occupational exposure limit value, 159-167 musculoskeletal risk assessment, 229-235 729
in situ composting, 159-167 negative predictive value, 229-235 electrostatic attraction, particulate filter, 633-643
swinery, 159-167 positive predictive value, 229-235 embalming fluid, ventilation, 689-696
threshold odor concentration, 159-167 sensitivity, 229-235 emission source
cross draft specificity, 229-235 acrosolization, 330-341
flanged circular hood risk factor, 229-235 ammonia, 330-341
capture envelope, 199-207 Strain Index, 229-235 carbon oxide, 330-341
hood-model /wind-tunnel assembly, 199-207 negative predictive value, 229-235 nitrogen oxide, 330-341
laser Doppler anemometer, 199-207 positive predictive value, 229-235 organic acid, 330-341
flow field, 199-207 sensitivity, 229-235 sulfur compound, 330-341
Rankine body-of-revolution, 199-207 specificity, 229-235 terpene, 330-341
suction field capture envelope, 563-572 distance education end-of-service-life indicator
crotonic, Occupational exposure limit, 697-704 areas of study interest, 349-355 chemical cartridge, 168-171
cutting oil continuing education, 349-355 gas detector tube, 168-171
lung downstream petroleum industry endotoxin
alveolar walls, 49-56 benzene, 176-194 acrosolization, 330-341
epithelial hyperplasia, 49-56 hydrocarbon, 176-194 paper mill, 330-341
foamy macrophages, 49-56 Draeger Accuro, interchangeability, 65-69 endurance, overhead assembly work, 446-456
lung weight, 49-56 drill and blast crew epithelium damage, eye irritation, 711-716
pulmonary function test, 49-56 dust exposure, 457-465 ergonomics
pulmonary hydroxyproline, 49-56 exposure assessment, 457-465 ergonomics program, 508-511
subchronic inhalation exposure, 49-56 gas exposure, 457-465 hand tool, 428-433
cyanogen chloride, 288-294 Drivas model, diffusion model, 149-158 human study, 428-433, 446-456
cyclohexane, 494-507 dry cleaning worker injury costs, 508-511
cyclonic collection aromatic volatile organic compound, 466-47 1 intermittent overhead work, 446-456
dust collection, 573-583 benzene, 466-471 arm reach, 446-456
vacuum cleaner ethylbenzene, 466-47 1 declines in muscle strength, 446-456
airflow rate, 573-583 Korea, 466-471 duty cycle, 446-456
collection efficiencies, 573-583 perchloroethylene, 466-47 1 endurance times, 446-456
particle emissions performance, 573-583 Solvent V, 466-47 1 evaluation of tasks, 446-456
reentrainment, 573-583 Super New Cleaner, 466-471 fatigue onset, 446-456
toluene, 466-47 1 hand orientation, 446-456
m,p-xylene, 466-47 1 perceived discomfort, 446-456
D o-xylene, 466-471 low-back injury, 508-511
dental handpiece, vibration YuClean, 466-47 1 nursing personnel, 508-511
acceleration, 477-481 dual-filter cassette ethyl acetate, 494-507
748 AIHAJ (62) November/December 2001
SUBJECT INDEX
carbon tetrachloride, breakthrough times com- respirator, 236-245 end-ot-service-life indicator, 168-171
parison, 494-507 fenitrothion gas chromatograph, compared, 168-171
occupational exposure limit, 730-732 air sampling, 87-95 hand pump, 65-69
sensory irritation, 730-732 biological monitoring, 87-95 gas exposure
ethyl 2-cyanoacrylate cutaneous dose, 87-95 concrete worker, 457-465
air sampling, 70-79 gloves, 87-95 drill and blast crew, 457-465
8-hour time-weighted average samples, 70-79 greenhouse worker, 87-95 electrician, 457-465
peak concentrations of exposure, 70-79 hand contamination, 87-95 human study, 457-465
personal mean short-term airborne concentra- human study, 87-95 pneumatic drilling, 457-465
tions, 70-79 protective clothing, 87-95 shaft-drilling crew, 457-465
sampling time, 70-79 respiratory dose, 87-95 shotcreting operator, 457-465
bottling worker, 70-79 urinary alkylphosphate, 87-95 tunnel-boring machine crew, 457-465
human study, 70-79 fiber counting underground construction worker, 457-465
humidity, 70-79 bias in fiber counts, 281-287 gear oil
mixing operator, 70-79 computer simulation of particle overlap, 281- lung
occupational exposure, 70-79 287 alveolar walls, 49-56
packaging worker, 70-79 effect of loading, 281-287 epithelial hyperplasia, 49-56
sensory irritation, 70-79 fiber length and width distributions, 281-287 foamy macrophages, 49-56
temperature, 70-79 fiber-to-particle concentration ratio, 281-287 lung weight, 49-56
waste-handling operation, 70-79 filter surface loading density, 281-287 pulmonary function test, 49-56
ethylbenzene graticule field, 281-287 pulmonary hydroxyproline, 49-56
breath concentration, 466-47 1 resolution index, 281-2 subchronic inhalation exposure, 49-56
accumulated body burden, 466-47 1 size distributions of fibers and particles, 281-287 gender difference, intermittent overhead work, 446-
amount of solvent, 466-47 1 fibrous aerosol 456
dry cleaning worker, 466-47 1 fiber counting gloves
human study, 466-47 1 fiber-to-particle concentration ratio, 281-287 distal upper extremity morbidity, 2229 -235
=
indoor air, 466-471 length and width distributions, 281-287 negative predictive value, 229-2335
European Union resolution index, 281-287 positive predictive value, 229-235
carbon tetrachloride substitute, 494-507 National Institute for Occupational Safety and sensitivity, 229-235
Scientific Committee on Occupational Exposure Health Method 7400, 281-287 specificity, 229-235
Limits, 730-732 thoracic preseparator, 281-287 fenitrothion, 87-95
sensory irritant Occupational exposure limits, filter omethoate, 87-95
697-704, 730-732 problems, 633-643 organophosphate pesticide, 87-95
exhalation resistance, respirator selection, 633-643 tolclofos-methyl pesticide, 87-95
human subjects, 411-415 as size selectors for dust samplers, 633-643 gram-negative bacteria
hypoventilation, 411-415 types, 633-643 acrosolization, 330-341
maximal aerobic capacity, 411-415 filter bag collection paper mill, 330-341
minute ventilation, 411-415 dust collection, 573-583 granulated activated carbon absorbent, respirator can
oxygen consumption rates, 411-415 vacuum cleaner ister, 288-294
performance time, 411-415 airflow rate, 573-583 adsorbent bed physical dimensions, 288-294
work performance, 411-415 collection efficiencies, 573-583 adsorbent depth, 288-294
exposure assessment particle emissions performance, 573-583 adsorbent quantity, 288-294
breath analysis, 28-35 reentrainment, 573-583 cross-sectional surface area, 288-294
concrete worker, 457-465 Finland, terpene, 172-175 cyanogen chloride chemisorption performance,
drill and blast crew, 457-465 fit-test. See respirator fit-testing program 288-294
electrician, 457-465 flanged circular hood, cross draft linear flow velocity, 288-294
noise exposure, 615-621 capture envelope, 199-207 pressure drop, 288-294
pneumatic drilling, 457-465 hood-model/wind-tunnel assembly, 199-207 graticule field, fiber counting, 281-287
polyurethane foaming plant, 649-657 laser Doppler anemometer, 199-207 greenhouse worker
flawed methodology, 649-657 flow field fenitrothion, 87-95
shaft-drilling crew, 457-465 cross draft, 199-207 omethoate, 87-95
shotereting operator, 457-465 point-sink-plus-rectilinear-flow, 199-207 organophosphate pesticide, 87-95
toluene diisocyanate, 649-657 Rankine body-of-revolution, 199-207 tolclofos-methy! pesticide, 87-95
tunnel-boring machine crew, 457-465 foam formation, eve irritation, 711-716 grinding operation, metalworking fluid, 379-382
exposure concentration, nondetectable values, 195- formaldehyde
198 air sampling, 689-696
exposure-tissue dose relationship, 28-35 ventilation, 689-696 H
exterior hood, capture envelope, 199-207 short-term exposure limit, 689-696 habituation, 733-735
external validity, 711-716 3M passive formaldehyde dosimeter, 689-696 hand contamination
eye irritation time weighted average exposure, 689-696 fenitrothion, 87-95
blinking frequency, 711-716 freon, 494-507 omethoate, 87-95
dose-response relationship, 711-716 full-facepiece respirator, 411-415 organophosphate pesticide, 87-95
epithelium damage, 711-716 fume, 633-643 tolclofos-methyl pesticide, 87-95
foam formation, 711-716 fume hood hand pump
hyperemia, 711-716 containment control, 303-312 designs, 65-69
inflammation, 711-716 flow patterns, 303-312 gas detection tube, 65-69
measurements, 711-716 fully turbulent flow, 303-312 interchangeability, 65-69
sensitivity, specificity, and predictive value, numerical simulation of airflow, 303-312 assessment, 65-69
711-716 rated face velocity, 303-312 initial pump vacuum, 65-69
quantitation methods, 711-716 recirculating flow volume, 303-312 pump flow curve, 65-69
questionnaires, 711-716 sash opening, 303-312 pump flow profile, 65-69
tear film stability, 711-716 unobstructed flow, 303-312 routine leak tests, 65-69
tear flow, 711-716 fungus technical standards, 65-69
building-related illness, 644-648 test gas measurement, 65-69
indoor air, 644-648 total volume, 65-69
F hand tool
face grinding machinery ergonomics, 428-433
aerosol mass concentration, 379-382 G human study, 428-433
metalworking fluid, 379-382 gas chromatograph, gas detector tube, compared, musculoskeletal disorder, 428-433
face validity, 711-716 168-171 sanding, 322-329
fatigue gas detector tube hazard classification, 229-235
overhead assembly work, 446-456 chemical cartridge, 168-171 hazardous waste worker
AIHAJ (62) November/December 2001 749
SUBJECT INDEX
beliefs and attitudes, 236-245 hand tools, 428-433
respirator, 236-245 hexane, 28-35
in situ composting
associated health symptoms, 236-245 intermittent overhead work, 446-456
ammonia, 159-167
communication, 236-245 lead, 371-378 2,3-butanedione, 159-167
concern about work exposure, 236-245 metalworking fluid, 356-370
2-butanone, 159-167
effect on vision, 236-245 methyl 2-cyanoacrylate, 70-79 carboxylic acid, 159-167
fatigue, 236-245 methylene chloride, 28-35 3-carene, 159-167
fit-testing, 236-245 noise exposure, 611-614, 615-621 p-cresol, 159-167
frequency of use, 236-245 omethoate, 87-95 hydrogen peroxide, during turning work, 159-
personal comfort, 236-245 organophosphate pesticide, 87-95 167
structural environment, 236-245 perchloroethylene, 466-47 1 hydrogen sulfide, 159-167
training, 236-245 powered air-purifying respirator, 595-604 3-hydroxy-2-butanone, 159-167
type of respirator, 236-245 respirator ketone, 159-167
health-based recommended occupational exposure exhalation resistance, 411-415 limonene, 159-167
limit, 733-735 factors affecting hazardous waste workers, odor, 159-167
hearing conservation program 236-245 224-pinene, 159-167
construction industry, 615-621 telephone communication, 685-688 225-pinene, 159-167
Hispanic employee, 611-614 sensory irritation, 697-704 sulfur compound, 159-167
acculturation scale, 611-614 adaptation and habituation, 723-729 terpene, 159-167
language and cultural barriers, 611-614 confounders, 723-729 volatile organic compound, 159-167
noise-exposed employees with limited English differences between odor and irritation, 723- indicative limit value, sensory irritation, 730-732
skills, 611-614 729 indoor air quality
hearing loss, electrician, 615-621 evaluation, 723-729 benzene, 466-47 1
hearing protective device, Hispanic employee, 61 1- toxicity, 723-729 diffusion model, 149-158
614 Solvent V, 466-471 ethylbenzene, 466-471
barriers to use, 611-614 Super New Cleaner, 466-471 fungus, 644-648
knowledge, attitudes, and behavior, 611-614
supplied-air respirator, 595-604 Markov chain
language and cultural barriers, 611-614
tetrachloroethene, 12-18 advective flow patterns, 149-158
hepatonoic, occupational exposure limit, 697-704
tolclotos-methyl pesticide, 87-95 air inlets and outlets, 149-158
hexamethylene-based isocvanate
toluene, 28-35, 466-471 computational complexity, 149-158
cassette organic monitor sampler, 246-250
dual-filter cassette, 246-250 1,1,1-trichloroethane, 12-18 contaminant removal mechanisms at specific
inhalable organic monitor sampler, 246-250 trichloroethene, 12-18 room positions, 149-158
polyurethane foam cassette sampler, 246-250 trimethylbenzene, 28-35 in-room reflective surfaces, 149-158
polyurethane foam inhalable organic monitor tunnel construction, 457-465 modeling turbulent diffusion and advection,
sampler, 246-250 woodworking shop, inhalable dust exposures, 149-158
hexane, 494-507 322-329 probabilistic, 149-158
breath analysis, 28-35 m,p-xvlene, 466-47 1 single-state transition probabilities, 149-158
human study, 28-35 o-xylene, 466-47 1 mycotoxin, 644-648
high-efficiency particulate air (HEPA) filter YuClean, 466-47 1 perchloroethylene, 466-47 1
acrosol concentration upstream of HEPA filter, humidity Solvent V, 466-471
313-321 ethyl 2-cyanoacrylate, 70-79 Stachybotrys mycotoxin, 644-648
aerosol filtration efficiency, 313-321 methyl 2-cyanoacrylate, 70-79 Super New Cleaner, 466-471
toluene, 466-471
chamber test method, 313-321 hydraulic stretcher, 508-511
m,p-xylene, 466-47 1
collection efficiency, 482-493 hydrocarbon
o-xylene, 466-471
dust pickup efficiency, 313-321 bulk terminal, 176-194
YuClean, 466-47 1
filtration characteristics, 313-321 downstream petroleum industry, 176-194
industrial vs. household, 482-493 literature review, 176-194 inductively coupled plasma-mass spectrometry, 295-
lead abatement, 313-321, 482-493 marine terminal, 176-194 302
optical particle size spectrometer, 313-321 occupational exposure, 176-194 industrial ventilation system, 401-410
overall filtration efficiency, 313-321 petroleum industry, 176-194 industrywide exposure assessment study, 57-64
particle emission characteristics, 482-493 pipeline, 176-194 inflammation, eye irritation, 711-716
particle reaerosolization, 313-321 rail terminal, 176-194 inhalable organic monitor sampler
particulate emission characteristics, 313-321 refinery, 176-194 hexamethylene-based isocyanate, 246-250
pwerto besdur fatceesst,i ng4 8m2e-t4h9o3d , 313-321 lsohonrgt--tteerrmm eexxppoossuurree,, 117766--119944 s1p-r(a2y -mpeatinhtoixnygp,h e2n4y6l-)2 5p0i perazine, 246-250
hHiigshp-anfhirecea qaruciecenmungplc ltycuo oryanvetsieieb orrnav taitsoicnoa,ln e ,d epn6rt1oag1lr- a6hm1a,4n d6pi1e1c-e6,1 44 77-481 ssietrevt iacrseek m-ebsdatiastaeitdo ino,en x,p 1o7s16u7-r61e-,91 49 147 6-194 inhalattt1ieo,olt1nur, ea1nc-eehtx,lrp oiorc1sohu2elr-toe1hr 8eo neet,h ane1,2 -1182 -18
language and cultural barriers, 611-614 tank cleaning, 176-194 trichloroethene, 12-18
hearing protective device, 611-614 truck, 176-194 xylene, 12-18
barriers to use, 611-614 underground storage tank, 176-194 insecticide, ion mobility spectrometric monitoring,
knowledge, attitudes, and behavior, 611-614 hydrogen peroxide 80-86
language and cultural barriers, 611-614 occupational exposure limit value, 159-167 from foliage, 80-86
historical exposure data, 208-217 in situ composting, 159-167 greenhouse, 80-86
hobbing, metalworking fluid, 356-370 swinery, 159-167 linearly proportional to concentration of Phos-
hood static pressure method, ventilation, 669-679 threshold odor concentration, 159-167 drin, 80-86
airflow level, 669-679 turning work, 159-167 time after spraying of Phosdrin, 80-86
branch duct, 669-679 hydrogen sulfide, 330-341 interchangeability
Hoyer lift, 508-511 occupational exposure limit value, 159-167 bellows pump, 65-69
human study in situ composting, 159-167 Draeger Accuro, 65-69
aromatic volatile organic compound, 466-471 swinery, 159-167 hand pump, 65-69
benzene, 28-35, 466-471 threshold odor concentration, 159-167 assessment, 65-69
chemical cartridge, 168-171 3-hydroxy-2-butanone initial pump vacuum, 65-69
chemosensory stimulation, 717-721 occupational exposure limit value, 159-167 pump flow curve, 65-69
dust exposure, 457-465 in situ composting, 159-167 pump flow profile, 65-69
ergonomics, 428-433 swinery, 159-167 routine leak tests, 65-69
ethyl 2-cyanoacrylate, 70-79 threshold odor concentration, 159-167 technical standards, 65-69
ethylbenzene, 466-471 hydroxyproline, 49-56 test gas measurement, 65-69
fenitrothion, 87-95 hyperemia, eye irritation, 711-716 total volume, 65-69
gas exposure, 457-465 hypoventilation, 411-415 Matheson-Kitagawa 8104-400A, 65-69
750 AIHAd (62) November/December 2001