Dangerous Properties of Industrial Materials Report 1996: Vol 16 Index

13 Pages·1996·3.5 MB·English

Mi INDEX
ARTICLE/AUTHOR “Cancerphobiacs, Practical Advice for,” “Electron Treatment, Destruction of
1(2):5-7 Pathogenic Microorganisms and
“Carbon Black, Effect of on Worker Toxic Chemicals by,” 2(3):8-15
Health in the Rubber Industry,” 5(1): “Energy Conservation Techniques in
A 2-11 Exhaust System Design, Recirculation
“Carbon Blacks, Distinguishing Fea- and,” 1(3):2-6
"Absorption, Metabolism, Excretion, tures of Soois and,” 3(2):11-13 “Environmental Application of Super-
and Health Effects of Industrially Use- Carpenter, Ernest L., 8(2):2-4 critical Fluid Extraction,” 11(4):
ful Alcohols, The,” 8(3):2-9 Castleman, Barry I., 1(1):8-17; 1(2):2—4; 304-310
“Acid Rain,” 1(5):14-27 3(1):11-13 “Environmental Legislation, Principles
“Acrylonitrile,” 9(3):2-4 “Chemical Safety, The Quest for,” 6(1): of Cost-Internalizing,” 1(2):8-13
“Agriculture and Groundwater Quali- 17-18 “Ethics in Occupational Health, Making
ty,” 9(1):89-93 “Chemical Wastes, The Back Door Is the Case for,” 10(4):2-8
“Alcohols, the Absorption, Metabolism, Open for,” 1(2):2-4 "Ethylbenzene, A Review of the Litera-
Excretion, and Health Effects of Indus- “Chlordane Toxicology,” 7(6):2-11 ture on,” 1(6):2—4
trially Useful,” 8(3):2-9 “Cinnamaldehyde, A Review of the Lit- European Chemical Industry Ecology
Allen-Rowlands, Catherine F., 3(4):2-7 erature on,” 1(5):5-7 and Toxicology Center (ECETOC),
“Ammonia,” 9(2):2-6 “Clean Air and Water—Europe, Con- 4(5):18-19; 5(3):18
“Anesthesia, Alternative Methods of,” servation of,” 8(6):3-4 European Council of Chemical Manu-
2(4):2-5 “Coden,” 5(6):36 facturer’s Federations, 6(2):37-38
“Aromatic Amines,” 9(3):4—6 “Commission of the European Commu- European Economic Community, 4(6):
“Asbestos,” 9(3):6-8 nities,” 5(3):17-18 46-48; 6(6):31-32
“Asbestos: Criminal Sanctions in Pre- “Computer Modeling of Physical Fates, “Exhaust System Design, Recirculation
venting Occupational Diseases,” 1(1): Biological Impacts, and Natural Re- and Other Energy Conservation
8-17 ; source Damages Resulting from Dis- Techniques in,” 1(3):2-6
“Assessment of the Inhalation Toxicity of charges of Oils and Hazardous Sub- “Exposure Guidelines for Residential In-
Hydrogen Chloride Gas to Man,” 6(2): stances,” 11(5/6):416-422 door Air Quality (Canada),” 8(6):5—7
2-4 Conibear, Shirley A., 8(3):2-9
Australia, 5(3):21 “Conservation and Recycling, Legisla-
Autenrieth, 9(6):2-10 tion to Promote,” 1(1):18-22
Awerbuch, Tamara, 11(5/6):406-415 “Conservation of Clean Air and Wa- F
ter—Europe,” 8(6):3—4 Falk, Lloyd L, 2(3):23-26
“Co-ordinating Committee on the FAO/WHO, 6(1):18-19
B Ozone Layer,” 6(1):23-25 Feiner, Benjamin, 1(3):2-6; 2(1):16-23;
“Corrosion Hazards,” 1(8):2-7 2(2):2-4; 3(6):2-8
Bailar Ill, John C., 11(5/6):406-415 “Curriculum Innovation and the Future Fire, Frank L., 10(3):2-8
Bailey, Julia, 11(5/6):406-415 of Environmental Law,” 11(2):101-117 Fitzgerald, Edward G.., 7(2):2-12
“Barging—One Alternative to Ultimate “Fossil Fueled Power Plant Pollutants,
Waste Disposal,” 2(3):23-26 Toxicological Effects to,” 1(8):12—22;
Berry, Jason, 1(7):12-21; 3(4):2-6 2(1):5-15
“Bhopal, The Trade Union Report,” 5(6): D Fredericks, Lillian E., 2(4):2-5
2-19 “Dealing with Danger: Part One,” 10(1): French, Deborah, 11(5/6):416-422
Bierman, Victor J., Jr., 4(5):2—8; 6(3):2-26 2-20
“Biotreatment of Petroleum Refinery “Dealing with Danger: Part Two,” 10(2):
Waste: A Waste Treatment Option,” 2-6
G
9(6):2-10 Dominican Republic, 6(6):30
Bonner, James &., 6(3):2-26; 9(6):2-10 Douville, Judith A., 4(3):2-8; 5(4):2-9 “Gasoline Vapor,” 9(4):98
“Breast Milk, The PCB Menace and,” “Dye Hazards Report,” 1(6):5-14 Gates, A.G., 7(4):2-6
1(8):23-25 “Genetic Screening of Employees: Re-
Bryan, Edward H., 2(3):2-6 sistance and Responsibility,” 1(7):7-11
Bush, Paul, 1(4):12—16; 2(6):2-12; 4(4):2-9 Gentile, John H., 4(5):2-8
E Ghelardi, Raymond E., 1(5):14-27
“Effect of Carbon Black on Worker “Gidley, Philip T.: Exercises in Hazard-
Health in the Rubber Industry,” 5(1): ous Waste Problem Solving,” 4(4):2-9
Cc
2-11 Ginsberg, William R., 2(3):19-22
“Caffeine Controversy, The,” 1(2):14-20 “Effects of Combustion Gases on Escape Gladstone, Arthur M., 6(5):2-15
Canada, 8(6):5-7 Performance of the Baboon and the “Glutaraldehyde, A Review of the Liter-
Canadian Legislation on Chemicals, Rat,” 6(4):2-12 ature of,” 1(7):2-4
6(4):44—47 Egypt, 5(3):21-23 Goyan, Jere E., 1(2):14-16
DANGEROUS PROPERTIES OF INDUSTRIAL MATERIALS REPORT
Mi INDEX
ARTICLE/AUTHOR “Cancerphobiacs, Practical Advice for,” “Electron Treatment, Destruction of
1(2):5-7 Pathogenic Microorganisms and
“Carbon Black, Effect of on Worker Toxic Chemicals by,” 2(3):8-15
Health in the Rubber Industry,” 5(1): “Energy Conservation Techniques in
A 2-11 Exhaust System Design, Recirculation
“Carbon Blacks, Distinguishing Fea- and,” 1(3):2-6
"Absorption, Metabolism, Excretion, tures of Soois and,” 3(2):11-13 “Environmental Application of Super-
and Health Effects of Industrially Use- Carpenter, Ernest L., 8(2):2-4 critical Fluid Extraction,” 11(4):
ful Alcohols, The,” 8(3):2-9 Castleman, Barry I., 1(1):8-17; 1(2):2—4; 304-310
“Acid Rain,” 1(5):14-27 3(1):11-13 “Environmental Legislation, Principles
“Acrylonitrile,” 9(3):2-4 “Chemical Safety, The Quest for,” 6(1): of Cost-Internalizing,” 1(2):8-13
“Agriculture and Groundwater Quali- 17-18 “Ethics in Occupational Health, Making
ty,” 9(1):89-93 “Chemical Wastes, The Back Door Is the Case for,” 10(4):2-8
“Alcohols, the Absorption, Metabolism, Open for,” 1(2):2-4 "Ethylbenzene, A Review of the Litera-
Excretion, and Health Effects of Indus- “Chlordane Toxicology,” 7(6):2-11 ture on,” 1(6):2—4
trially Useful,” 8(3):2-9 “Cinnamaldehyde, A Review of the Lit- European Chemical Industry Ecology
Allen-Rowlands, Catherine F., 3(4):2-7 erature on,” 1(5):5-7 and Toxicology Center (ECETOC),
“Ammonia,” 9(2):2-6 “Clean Air and Water—Europe, Con- 4(5):18-19; 5(3):18
“Anesthesia, Alternative Methods of,” servation of,” 8(6):3-4 European Council of Chemical Manu-
2(4):2-5 “Coden,” 5(6):36 facturer’s Federations, 6(2):37-38
“Aromatic Amines,” 9(3):4—6 “Commission of the European Commu- European Economic Community, 4(6):
“Asbestos,” 9(3):6-8 nities,” 5(3):17-18 46-48; 6(6):31-32
“Asbestos: Criminal Sanctions in Pre- “Computer Modeling of Physical Fates, “Exhaust System Design, Recirculation
venting Occupational Diseases,” 1(1): Biological Impacts, and Natural Re- and Other Energy Conservation
8-17 ; source Damages Resulting from Dis- Techniques in,” 1(3):2-6
“Assessment of the Inhalation Toxicity of charges of Oils and Hazardous Sub- “Exposure Guidelines for Residential In-
Hydrogen Chloride Gas to Man,” 6(2): stances,” 11(5/6):416-422 door Air Quality (Canada),” 8(6):5—7
2-4 Conibear, Shirley A., 8(3):2-9
Australia, 5(3):21 “Conservation and Recycling, Legisla-
Autenrieth, 9(6):2-10 tion to Promote,” 1(1):18-22
Awerbuch, Tamara, 11(5/6):406-415 “Conservation of Clean Air and Wa- F
ter—Europe,” 8(6):3—4 Falk, Lloyd L, 2(3):23-26
“Co-ordinating Committee on the FAO/WHO, 6(1):18-19
B Ozone Layer,” 6(1):23-25 Feiner, Benjamin, 1(3):2-6; 2(1):16-23;
“Corrosion Hazards,” 1(8):2-7 2(2):2-4; 3(6):2-8
Bailar Ill, John C., 11(5/6):406-415 “Curriculum Innovation and the Future Fire, Frank L., 10(3):2-8
Bailey, Julia, 11(5/6):406-415 of Environmental Law,” 11(2):101-117 Fitzgerald, Edward G.., 7(2):2-12
“Barging—One Alternative to Ultimate “Fossil Fueled Power Plant Pollutants,
Waste Disposal,” 2(3):23-26 Toxicological Effects to,” 1(8):12—22;
Berry, Jason, 1(7):12-21; 3(4):2-6 2(1):5-15
“Bhopal, The Trade Union Report,” 5(6): D Fredericks, Lillian E., 2(4):2-5
2-19 “Dealing with Danger: Part One,” 10(1): French, Deborah, 11(5/6):416-422
Bierman, Victor J., Jr., 4(5):2—8; 6(3):2-26 2-20
“Biotreatment of Petroleum Refinery “Dealing with Danger: Part Two,” 10(2):
Waste: A Waste Treatment Option,” 2-6
G
9(6):2-10 Dominican Republic, 6(6):30
Bonner, James &., 6(3):2-26; 9(6):2-10 Douville, Judith A., 4(3):2-8; 5(4):2-9 “Gasoline Vapor,” 9(4):98
“Breast Milk, The PCB Menace and,” “Dye Hazards Report,” 1(6):5-14 Gates, A.G., 7(4):2-6
1(8):23-25 “Genetic Screening of Employees: Re-
Bryan, Edward H., 2(3):2-6 sistance and Responsibility,” 1(7):7-11
Bush, Paul, 1(4):12—16; 2(6):2-12; 4(4):2-9 Gentile, John H., 4(5):2-8
E Ghelardi, Raymond E., 1(5):14-27
“Effect of Carbon Black on Worker “Gidley, Philip T.: Exercises in Hazard-
Health in the Rubber Industry,” 5(1): ous Waste Problem Solving,” 4(4):2-9
Cc
2-11 Ginsberg, William R., 2(3):19-22
“Caffeine Controversy, The,” 1(2):14-20 “Effects of Combustion Gases on Escape Gladstone, Arthur M., 6(5):2-15
Canada, 8(6):5-7 Performance of the Baboon and the “Glutaraldehyde, A Review of the Liter-
Canadian Legislation on Chemicals, Rat,” 6(4):2-12 ature of,” 1(7):2-4
6(4):44—47 Egypt, 5(3):21-23 Goyan, Jere E., 1(2):14-16
DANGEROUS PROPERTIES OF INDUSTRIAL MATERIALS REPORT
“Ground Transportation, Future,” 9(2): International Federation of Chemical, Mitchell, Daniel S., 6(4):2-12
2-10 Energy, and General Workers’ Union, “Mirex,” 6(1):2-8
“Guidelines for Avoidance, Limitation, 5(6):2-19 “Mixture Types, Testing Strategies, and
and Disposal of Pesticide Waste on International Group of National Associ- Experimental Designs in Risk Assess-
the Farm,” 8(6):4 ations of Manufacturers of Agro- ment of Chemical Mixtures,” 11(5/6):
Gunn, E-F., 8(2):11-13 chemical Products, 8(6):4 406-415
International Labor Organization (ILO), Mosher, Marcella R., 1(8):23-25
4(4):49-52 Moyer, Greg, 1(8):23-25
International Maritime Organization Murphey, Brian L., 1(5):14-27
H (IMO), 6(1):19-20
Haley, Thomas J., 1(4):4—9; 1(5):5—6; 1(6): International Program on Chemical
2-4; 1(7):2-4; 1(8):8-10; 2(1):2-4, 5-6; Safety (IPCS), 4(2):27-28; 4(5):15-18; N
2(3):16-18; 2(4):10-13; 2(5):17-19; 2(6): 6(2):31-33
13-16; 3(1):14-21; 3(2):14-17; 3(3):7-12; Italy, 4(6):48-49 Nau, C.A., 3(2):11-13
“Netherlands Scoring System,” 6(3):
3(4):8-12; 3(5):9-12; 3(6):9-12; 4(6):2-17;
27-28
5(2):3-6; 5(3):11-16; 6(6):2-11; 7(S):2-14
“Nonstatistical vs. Ilusory Statistical Ap-
Hamner, Norman E., 1(8):2-7
Harley, John H., 1(1):2-7 Jackson, J.R., 7(3):2-10 proaches to the Estimation of Risk
from Environmental Chemicals,” 7(1):
Harris, Cynthia, 11(5/6):406-415 Jacobson, Michael F., 1(2):5-7
2-8
Hartzell, Gordon E., 6(4):2-12 Jenkins, Catherine L., 1(6):1-13
“Nuclear Power's Economic Reality,”
“Hazardous Waste Policy, Toward a Na- “Job Performance and Eye Safety, Vi-
3(1):8-10
tional,” 2(3):19-22 sion Conservation,” 7(4):2-6
“Hazardous Waste Problem Solving, Ex- Johnson, P.H. 8(2):11-13
ercises in, Philip T. Gidley,” 4(4):2-9
“Health Hazards in Confined Spaces,” O
2(1):16-23; 2(2):2-4 K “Occupational Health Decisions, Strate-
“Health Professionals, Integration of:
Kalish, Leslie A., 11(5/6):406-415 gies for Linking Technical Information
The Semiconductor Industry Connec-
Kaplan, Harold L., 6(2):2—4; 6(4):2-12 Systems to,” 3(4):2-7; 3(5):2-7
tion,” 1(7):5-6
“Kelevan,” 9(4):101-102 “Occupational Health, Making the Case
Heltshe, James, 4(2):2-10
Kingsley, Irving, 3(6):2-8 for Ethics in,” 10(4):2-8
“Hexachlorobenzene,” 9(4):99-101
“Occupational Diseases, The Case for
“Hexachlorocyclopentadiene,” 5(2):3-6
Criminal Sanctions in Preventing,”
“Hidden Hazards of Hazardous Materi-
L 1(1):8-17
als, The,” 10(3):2-8
“Oceans, Sampling the, for Pollution:
Hild, Nicholas R., 1(7):5—6; 5(3):2-9 Land Use and Water Pollution, 9(5):2-12
EPA Research Strategy for Marine
Hinderer, Robert K., 6(2):2-4 Langlois, Gaytha A., 3(4):2-7; 3(5):2-7
Waste Disposal,” 4(5):2-8
“Hospitals, Management of Waste from, Lewis, Richard J., Sr., 1(4):2-3
“Oceans, Sampling the, for Pollution:
(WHO),” 8(6):2-3 “Louisiana: Fighting Chemical Dump-
Extraction of Facts from Marine Sci-
ing,” 3(3):2-6
entists in Cold Upper High Pressure,”
“Louisiana: Is It Safe for: The World's
4(2):2-10
Largest Hazardous Waste Treatment
Organisation for Economic Cooperation
I Plant,” 1(7):12-21
and Development, 5(3):18-21
“India, Industrial Hazards Exported to,” Oser, Bernand L., 2(5):2-16; correction,
3(1):11-13 2(6):95
India: Subject Bibliographies, 6(3):27 M
“Indoor Air Pollution, The Chemical Na- Madan, Rakesh, 3(1):11-13
ture of,” 4(3):2-8 “Making the Case for Ethics in Occupa-
P
“Industrial Hazards Exported to India,” tional Health,” 10(4):2-8
3(1):11-13 Malcolm, A. Russel, 11(5/6):406-415 “Pathogenic Microorganisms and Toxic
“Industrial Ovens, Ventilation and Safe “Managing Risk, Maintaining Profes- Chemicals, Destruction of, by Elec-
Operation of,” 3(6):2—8 sional Objectivity in,” 3(1):2-7 tron Treatment,” 2(3):8-15
“Industrial Wastes, Breeders of: Igno- “Material Equilibrium, The Approach Paul, John F., 6(3):2-26
rance and Neglect,” 1(4):12-16 to,” 1(3):7-11 “PCB Menace and Breast Milk, The,”
“Industrially Useful Alcohols, the Ab- “Materials Hazards Awareness: The Im- 1(8):23-25
sorption, Metabolism, Excretion, and pact on Employees,” 1(4):2-3 “Pentachlorobiphenyls,” 4(6):2-17
Health Effects of,” 8(3):2-9 Mayell, Mark, 2(4):6-9 “Pentachloronitrobenzene,” 5(3):11-16
“Information Systems, Strategies for Mayes, Robert, 8(1):11-13 “Pentachlorophenol,” 8(1):2-7
Linking Technical to Occupational Merrill, E.W., 2(3):8-15 “Peri-Oral Dermatitis, A New Medical
Health Decisions,” 3(4):2-7; 8(5):2-8 Metcalf, T.G., 2(3):8-15 Entity,” 1(5):2-4
International Agency for Research on Michak, Don, 1(4):12—16; 2(6):2-12 “Pesticide Waste on the Farm, Guide-
Cancer (IARC), 4(2):25-27; 4(4):45-49; Miller, Don C., 4(5):2-8 lines for Avoidance, Limitation, and
6(1):22-23 “How Environment Changes Mind and Disposal of,” 8(6):4
International Confederation of Free Behavior: Health Challenges for the Pijawka, K. David, 5(5):2-12
Trade Unions, 5(6):2-19 1980s,” 2(4):6-9 Prager, Anna F., 9(5):2—12
VOL. 16, NO. 4, 1996
Prager, Jan C., 1(3):12—16; 4(2):2-10; 4(5): “Sampling the Oceans for Pollution: U
2-8; 6(3):2-26; 9(5):2-12; 11(5/6): EPA Research Strategy for Marine United Kingdom, 4(3):32-33; 5(3):23-24
406-415 Waste Disposal,” 4(5):2-8 United Nations, 6(3):33-35
Saudi Arabia, 4(6):49-50 Union of Soviet Socialist Republics, 4(3):
Sax, N. Irving, 1(8):12-22; 2(1):5-15 32; 6(6):33
Q “Scopolamine or Hyoscine,” 2(3):16-18 United States, 4(6):44—46
Quest for Chemical Safety, The, 6(1): Shah, D.N., 1(3):8-15 United States of America: Interagency
17-18 Sherman, Janette D., 7(6):2-11 Testing Committee, 6(4):47—48
"Sinkhole Cycle, The,” 2(6):2-12
Sinskey, A.J., 2(3):8-15
R "Sludge, Disinfection of Municipal, by
High Energy Electrons,” 4(1):2-8 V
“Radiation Safety in the Manufacture of “Sludge Management, Future Technol- “Ventilation and Safe Operation of In-
Radioimmunoassay Components,” ogies of,” 2(3):2-7 dustrial Ovens,” 3(6):2-8
7(2):2-12 “Soots and Carbon Blacks, Distinguish- “Vision Conservation: Job Performance
“Radiation Standards, Status of,” 1(1): ing Features of,” 3(2):11-13 and Eye Safety,” 7(4):2-6
2-7 Spain, 6(6):32-33 Virtue, Christopher S., 1(5):2—4
“Radioimmunoassay Components, Ra- Stephenson, J.E., 7(3):2-10
diation Safety in the Manufacture of,” Stokinger, Herbert E., 1(5):8-13; 3(1):2-7;
7(2):2-12 7(1):2-8
Radwan, A. Essam, §(5):2-12 Sweden, 4(5):19-20; 6(5):55-57 W
“Rat as a Model for Human Toxicologi- Switzer, Walter G., 6(4):2-12 “Wasps, Bees, and Hornets: The Nature
cal Evaluation,” 2(5):2-16; correction,
of Their Threat and Countermeasures
2(6):95
Available,” 6(5):2-15
“Recirculation and Other Energy Con-
“Waste Disposal Barging—One Alter-
servation Techniques in Exhaust Sys-
native to Ultimate,” 2(3):23-26
tem Design,” 1(3):2-6 T
“Waste from Hospitals, Management of,
“Recycling, Legislation to Promote Con- “TCE: A Case Study for Researchers (WHO),” 8(6):2-3
servation and,” 1(1):18-22 Concerned about Waste and Public “Waste Treatment Option, Biotreatment
"Red Tide—The First Plague and Why It Health,” 5(3):2-9 of Petroleum Refinery Waste,” 9(6):
Keeps Coming Back,” 1(3):12-16 “Tetrakis(Hydroxymethyl)Phosphonium 2-10
Reed, Mark, 11(5/6):416-—422 Salts and Their Derivatives,” 7(3):2-10 “Waste Treatment Plant, The World's
“Residential Indoor Air Quality, Expo- “Threshold Limit Values,” 1(5):8-13 Toe- Largest Hazardous: Is It Safe for Lou-
sure Guidelines for, (Canada),” 8(6): niskotter, R.H., 8(2):11-13 isiana?” 1(7):12-21
5-7 “Toluene,” 7(5):2-14 “Water Pollution, Land Use and,” 9(5):
"Risk Assessment and Hazard Manage- “Toxic Chemicals, Destruction of Patho- 2-12
ment, Transportation of Hazardous genic Microorganisms and, by Elec- Williams, Phillip, 8(1):2-7
Materials,” 5(5):2-12 tron Treatment,” 2(3):8-15 Wilson, David Gordon, 1(1):18-22; 1(2):
“Risk, Estimation of from Environmental “Toxicological Effects of Fossil Fueled 8-13; 1(3):7-11; 3(1):8-10; 3(2):2-10
Chemicals, Nonstatistical vs. Illusory Power Plant Pollutants,” 1(8):12-22; “World's Chemical Societies Probe Pub-
Statistical Approaches to,” 7(1):2-8 2(1):5-15 lic Image of Chemistry,” 8(2):2—4
Rivin, Donald, 5(1):2-11
“Toxicological Evaluation, The Rat as a World Health Organization, 6(3):35-37;
Robbins, Phillip J., 7(2):2-12 Model for Human,” 2(5):2-16 8(6):2-3
Rogers, Bonnie, 10(4):2-8 “Trade Union Report on Bhopal, The,” World Industry Conference on Environ-
Rogers, Walter R., 6(4):2-12
5(6):2-19 mental Management, 6(1):20-22
“Transportation, Future Ground,” 3(2): Wright, K.A., 2(3):8-15
2-10
Ss
"The Transportation of Hazardous
“Sampling the Oceans for Pollution: A Materials: Risk Assessment and Haz-
Risk Assessment Approach to Evalu- ard Management,” 5(5):2-12 XYZ
ating Low-level Radioactive Waste “Trichothecene Mycotoxins,” 5(4):2-9 “Xylene,” 6(6):2-11
Disposal at Sea,” 6(3):2-26 Trump, J.G., 2(3):8-15; 4(1):2-8 Young, Bambi Batts, 2(4):6-9
DANGEROUS PROPERTIES OF INDUSTRIAL MATERIALS REPORT
A Allyliso thiocyanate, 1(1):28-29 Ammonium stearate, 2(3):51-52
Abietic acid, 1(6):19-20; 3(3):31-32 o-Allyl-phenol, 1(1):28 Ammonium sulfamate, 2(3):52-54
Acacia gum, 1(3):20 Allyl propyl] disulfide, 1(5):32-33 Ammonium sulfate, 1(6):27-29
Acenaphthene, 4(1):38-41 Alumina, 1(5):33 Ammonium sulfide, 2(4):27-28; 15(4):
Acenaphthylene, 4(2):35-37 Aluminum, 1(4):34; 4(5):9-14 483-492
Acephate, 10(4):26-38 Aluminum fluoride, 2(1):27-28; 7(6): Ammonium sulfite, 4(5):24-26
Acetaldehyde, 1(1):25—26; 3(6):23—27; 9(6): 41-45 Ammonium thiocyanate, 2(3):54-55;
30-45 Aluminum hydroxide, 2(1):28-30 15(4):493-503
Acetamide, 1(4):20-21; 3(6):29-31 Aluminum phosphide, 10(4):39-46 Amsinckia intermedia, 1(1):29
Acetanilide, 1(4):21-22; 3(6):27-29 Aluminum silicate (2:1), 1(5):33-34 tert-Amyl acetate, 3(6):37—40
Acetic acid, 1(4):23-24; 3(6):31-35 Aluminum sulfate, 2(1):30-32 Amy] alcohol, 2(3):55-56
Acetic acid butyl ester, 3(6):35-37 Amaranth, 1(3):26-27 Angiotonin, 1(5):34
Acetic anhydride, 1(6):20-22; 3(3):32-34 Americium 241, 1(6):25-26 Aniline, 1(3):29-31; 3(5):37-39
Acetol, 1(3):20-21 Ametryn, 11(4):311-319 Aniline hydrochloride, 4(5):55-59
Acetone, 1(4):25-26; 4(3):9-23 2-Amino-anthraquinone, 4(6):66-70 Anisidine, 12(4):484-
Acetone cyanohydrin, 4(1):41—43 p-Amino azobenzene, 1(3):27-28 o-Anisidine, 1(5):34-35
Acetonitrile, 4(1):44—46; 9(6):46-60 2-Amino-5-azotoluene, 6(4):54-63 p-Anisidine, 1(5):34
p-Acetophenetide, 1(1):26-27 Aminocarb, 4(1):19-20 o-Anisidine hydrochloride, 6(5):58-61
N-Acetoxy-N-myristoyl-2-amino 3-Amino-2,5-dichloro benzoic acid, 1(3): Anthracene, 4(6):18—43
fluorene, 1(1):27-28 28-29 Antimony, 2(1):68-69
Acetoxyphenylmercury, 7(5):27-32 3-Amino-9-ethylcarbazole, 4(6):70-72 Antimony 122, 2(1):69-70
Acetylacetone, 1(7):25-26 3-Amino-9-ethylcarbazole hydrochlo- Antimony 124, 2(1):70-71
Acetyl bromide, 1(8):29-30 ride, 6(2):41-43 Antimony 125, 2(1):72
Acetyl chloride, 1(8):30-32; 3(3):35-36 2-Amino ethyl enthanol amine, 2(3): Antimony III fluoride (1:3), 3(5):40-—42
Acetylene, 1(2):23-24 29-30 p-Antimony potassium tartrate, 1(8):33
Acetylene tetrachloride, 5(4):10-30; 7(7): 4-Amino-2-nitrophenol, 1(7):34-35 LD-Antimony potassium tartrate, 1(8):
12-34 4-Aminopyridine, 5(5):39-42 33-34
Acid blue, 1(4):27-28 3-Amino-1,3,4-triazole, 1(4):34-35 meso-Antimony potassium tartrate, 1(8):
Acid rain, 1(5):14—27; 2(4):15 Amitrole, 4(2):41—43 34-35
Aconitine, 1(3):22 Ammonia, 2(1):65—67; 3(3):49-53 Antimony tribromide, 3(5):42—43; 8(5):
Acridine, 1(8):32-33; 8(5):49-55 Ammonium acetate, 2(3):30-31 56-59
Acridine orange, 1(3):22-23 Ammonium bicarbonate, 4(2):43-45 Antimony trichloride, 2(1):73-74; 15(4):
Acrolein, 1(4):28-30; 3(3):36-40; 10(3): Ammonium bichromate, 3(5):29-32 504-524
9-27 Ammonium bisulfite, 4(5):23-24 Antimony trifluoride, 1(8):35-36; 15(4):
Acrylamide, 2(4):24-26 Ammonium carbamate, 2(3):31-33 525-540
Acrylic acid, 1(7):26-28 Ammonium carbonate, 2(3):33-34 Antimony trioxide, 2(1):74-76
Acrylonitrile, 1(2):25-27; 3(3):15-17, Ammonium chloride, 2(3):34-36 Areca nut, 1(3):31-32
41-46; 5(4):31-33 Ammonium chromate, 2(3):36-38 Argon, 1(5):36
Actinomycin D, 1(3):23 Ammonium dichromate, 2(3):38—40 Argon 37, 1(5):36-37
Adipic acid, 1(7):28-29; 3(3):46-48 Ammonium ferricyanide, 2(3):40—41 Aristolochic acid, 3(2):19
Adiponitrile, 1(6):22-24; 7(6):35-40 Ammonium ferrocyanide, 1(6):26-27; Aroclor 5432, 4(5):26-27
Adriamycin, 1(3):24-25 8(2):40—41 Aroclor 5442, 6(5):61-63
Aerosols, 3(6):13 Ammonium fluoride, 3(5):32-34 Aroclor 5460, 7(3):47-52
Aflatoxin B1, 1(4):31-32 Ammonium hydrogen fluoride, 3(5): Arsenic, 1(1):32-34; 2(4):15-18; 4(1):9-17;
Aflatoxin Gl, 1(6):24-25 34-36 5(4):33-34; 9(4):2-19
Aflatoxin G2, 1(4):32-33 Ammonium hydroxide, 2(3):41-44; 16(4): Arsenic 76, 1(6):29-30; 5(4):33-34
Aflatoxin M2, 4(6):66 455-477 Arsenic acid, 2(3):56-59
Aflatoxins, 7(2):36-43 Ammonium nitrate, 2(3):44—46 Arsenic compounds, 1(3):32-34
Alachlor, 10(2):23-30 Ammonium perchlorate, 2(3):46—48; Arsenic pentoxide, 2(3):59-61; 8(3):45-55
Aldicarb, 4(2):37-41 15(4):477—482 Arsenic sulfide, 3(5):44-50
Aldrin, 1(5):31-32; 3(5):25-29; 8(2):23-39 Ammonium peroxydisulfate, 2(3):48-49 Arsenic tribromide, 2(3):61-63
Alkyl benzenes, 3(3):17-18 Ammonium persulfate, 12(3):327-332 Arsenic trioxide, 3(5):50-58
Alloxan, 1(4):33 Ammonium phosphate, dibasic, 9(3): Arsine, 2(4):18
Allyl alcohol, 1(7):29-31 49-55 Asbestos, 1(1):8-17, 29-31; 3(3):18-21;
Allylamine, 2(6):28-30 Ammonium picrate, 2(3):49-51; 8(2): 3(6):14-15; 6(3):34-35
p-Allyl anisole, 1(3):25-26 42-44 Asbestos (i), 4(6):50-51
Allyl chloride, 1(7):32-34; 8(1):20-28 Ammonium silicofluoride, 4(3):36-38 Asbestos (I), 4(6):51-54
VOL. 16, NO. 4, 1996
Asbestos (III), 4(6):54 Benzyl mercaptan, 2(2):11-12 tert-Butylamine, 5(6):40-—43
Asbestos (IV), 4(6):54-55 Benzyl trichloride, 6(1):28-33 Butylate, 12(1):24-30
Ascorbic acid, 1(4):35-36 Beryllium, 1(3):36-38 Butyl benzyl phthalate, 2(2):15-16
Asphalt, 2(1):76-77; 9(4):20-27 Beryllium-7, 2(2):13-14 sec-Butyl bromide, 1(1):36
Assam tea, 1(3):34-35 Beryllium chloride, 1(6):36-39; 3(5): 2-sec-Buty]-4,6-dinitrophenol, 9(6):74—81
Asulam, 11(5/6):423-429 59-60; 8(6):17-23 1,3-Butylene glycol, 3(2):35-36
Atrazine, 10(3):42-52 Beryllium fluoride, 1(1):33-35; 3(5):61-64 1,3-Butylene glycol (d), 2(1):88—89
Auramine, 1(5):37-38 Beryllium nitrate, 2(1):84 -86; 9(5):29-37 Butyl ethyl acetaldehyde, 13(2):191-198
Azan, 12(3):333-334 Beryllium oxide, 1(1):35 Butyl mercaptan, 1(6):39-—40
Azaserine, 5(1):29-31 Beryllium sulfate, 2(1):86-88 N-Butyl phthalate, 16(1):2-41
Azathioprine, 1(4):36-37; 12(4):499-503 Beryllium sulfate tetrahydrate, 1(1): Butyl stearate, 2(3):70—71; 8(4):27-28
Azobenzene, 1(3):35; 7(1):38-—47 35-36 Butyric acid, 2(3):71-73
Azoethane, 1(4):37 BGBP, 12(2):178-180 4-(2,4-Dichlorophenoxy)butyric acid,
Binapacryl, 2(4):43-45 11(5/6):462-466
Biphenyl, 1(5):42—43 y-Butyrolactone, 1(3):67—68
B Bis chloroethyl-nitrosourea, 13(2):
185-190
Bacitracin, 8(4):23-26
Barium, 1(7):35-36; 3(4):29-30 Bis(2-chloroethoxy)methane, 7(4):39-—42 Cc
Bis(2-chloroethyl)sulfide, 13(2):156-175
Barium-131, 1(7):36-37 Cacodylic acid, 6(1):33-38
L-3{p-[Bis(2-chloroethyl)amino]pheny]}
L Barium-133, 1(7):37-38 Cadmium, 1(1):36-38; 3(4):16-18; 9(5):
alanine, 6(3):41-44
Barium-137, 1(7):38-39 72-76; 6(4):48-—49
5-(Bis(2-chloroethyl)amino)uracil, 7(4):
Barium-140, 1(7):39-—40 Cadmium (I), 1(2):26-22; 8(2):20-22; 3(5):
43-45
Barium carbonate, 1(6):30-31 72-76
Bis(beta-chloroethyl)formal, 6(3):44—47
Barium chloride, 1(6):32-33 Cadmium (I), 4(2):21
Bis(2-chloroisopropyl)ether, 6(3):47—49
Barium cyanide, 1(6):33-35; 3(4):31-32; Cadmium (II) acetate, 4(4):59-70
Bis-1,2-(chloromethoxy)ethane, 1(5):
11(4):320-324 Cadmium 115, 1(6):41
39-40
Barium hydroxide, 1(6):35-36; 9(3):56-58 Cadmium bromide, 8(5):76-79
Barium nitrate, 1(6):36-37 Bis(chloromethyl)ether, 6(3):49-52 Cadmium chloride, 2(3):73-76; 16(2):
Barium sulfate, 1(1):31 1,1-Bis(4-chloropheny])-2,2-dichloro- 132-183
Basora corra, 1(1):31 ethane, 5(3):27-30 Cadmium fluoborate, 2(3):76-78; 8(3):
BEHA, 12(4):504-515 Bis(diethylthiocarbamy]) disulfide, 56-60
Benefin, 10(5):44-50 1(5):40 Cadmium fluoride, 4(4):70-71
Benomy]l, 4(1):20-21; 8(2)45-50 Bis(dimethylthiocarbamyl) disulfide, Cadmium hydroxide, 6(2):48-49
Bensulide, 2(4):29-31 1(5):41—42 Cadmium nitrate, 4(4):71-77
Bentazone, 11(2):118-125 Bismuth, 1(5):43-45; 3(2):19-20; 8(5): Cadmium nitrate tetrahydrate, 2(4):
Benthiocarb, 2(4):31-33 64-65 48-50
Benz{cJacridine, 5(1):31-32 Bismuth salts, 3(4):16 Cadmium oxide fumes, 4(4):77-83
Benzaldehyde, 1(8):36-38; 9(6):61—70 Bomyl, 13(3):337-342 Cadmium succinate, 4(6):84-85
Benziajanthracene, 5(1):32-37 Boric acid, 1(8):42—43 Cadmium sulfate, 2(4):50-53
Benzene, 1(4):38-—41; 2(4):37-38; 3(3): Boron, 1(8):44—45; 3(5):65-67 Caffeine, 1(1):38—40; 1(2):14-20
22-24, 53-59; 4(1):21-22; 4(6):55 Boron hydride, 9(6):71-73 Calcium arsenate, 2(1):89-91; 8(1):8-19
Benzene hexachloride, 7(4):25-38 Bromacetone, 16(4):478—485 Calcium carbide, 2(1):91-93
Benzethonium chloride, 1(1):32-33 Bromine, 1(4):41—43; 8(5):67—69 Calcium chloride, 2(1):93-94
Benzidine, 1(5):38-39; 2(4):38-43; (4): Bromine cyanide, 11(2):126-135 Calcium cyanamide, 2(6):38-41
32-37; 11(5/6):430—438 Bromoacetone, 2(2):14-15 Calcium cyanide, 2(1):95-96
Benzoepin, 7(3):53-60 Bromobenzyl cyanide, 2(3):68 Caicium dodecylbenzene sulfonate,
Benzo(b)fluoranthane 14(4):442—478 Bromodichloromethane, 6(3):39-—41 2(4):53-55
Benzo[{k]ifluoranthene, 5(1):37-39 Bromoform, 2(6):30-34 Calcium fluoride, 1(8):47—48
Benzoic acid, 1(8):38-—40; 3(4):37-39; 9(6): Bromomethane, 5(6):37—40 Calcium heptagluconate, 9(6):82-83
11-29; 16(1):42-76 4-Bromopheny] pheny] ether, 6(2):43—45 Calcium hydroxide, 1(8):48-50
Benzonitrile, 1(8):40—42; 3(4):40—42; 13(2): Bromoxynil, 2(4):45—47; 11(4):325-332 Calcium hypochlorite, 1(8):50-52
176-184 Brucine, 1(8):45—47; 3(5):70-71 Calcium nitrate tetrahydrate (1:2:4), 2(1):
BenzolghiJperylene, 5(1):39-42 1,3-Butadiene, 11(5/6):449—461 96-98
Benzophenone, 2(1):77-78 2-Butanone, 10(3):53-65 Calcium oxide, 2(1):98-99
Benzola]pyrene, 5(1):42—49 2-Butanone, peroxide, 2(6):35-37 Calcium phosphate, dibasic, 2(1):99-100
Benzoyl chloride, 2(1):78-—80; 12(3): Butiphos, 11(4):333-339 Calcium phosphate, monobasic, 2(1):
336-348 Butoxyethoxy ethanol, 14(3):335-345 100
Benzoyl peroxide, 6(3):35; 9(3):59-67 n-Butyl acetate, 4(3):38-41 Calcium phosphate, tribasic, 2(1):
Benzoyl peroxide, dry, 2(1):80-82 sec-Butyl acetate, 4(6):82-—83 100-102
Benzyl alcohol, 2(1):83-84; 4(6):72-82 Butyl-2-acrylate, 7(3):61—65 Calcium phosphide, 2(1):102-103; 16(3):
Benzylamine, 2(3):63-64; 15(3):298-309 Butylamine, 2(3):68—70 318-323
Benzyl benzoate, 2(3):65—-66 n-Butyl alcohol, 11(1):19-36 Camphor, 1(8):52-53
Benzyl bromide, 2(3):66-68 n-Butylamine, 6(2):45—48 Camphor, (IR,4R)- (+)-, 1(8):53-54
Benzyl chloride, 2(2):9-11 sec-Butylamine, 3(6):40-—42 t-Camphor, (—)-, 1(8):54
DANGEROUS PROPERTIES OF INDUSTRIAL MATERIALS REPORT
Cantharidin, 1(2):27-28 6-Chloro-m-cresol, 6(1):38-41 Coal tar creosote, 9(4):51-63
Caprolactam, 10(1):59-68 Chlorodibromomethane, 5(2):61-63; Cobalt, 1(3):47—48; 3(4):21-23
Capsaicin, 1(4):4-11 11(2):136-144 Cobalt 60, 2(5):26-28
Captan, 3(5):80-—83; 10(5):51-67 Chloroethanes, 3(3):20-22 Cobalt (II) chloride, 10(1):69-78
Carbachol, 1(7):40-41 2-Chlorethy] vinyl ether, 7(4):46-50 Cobaltous bromide, 8(6):42—45
Carbanilic acid isopropyl ester, 9(6): Chlorofenvinphos, 2(4):63—67 Cobaltous chloride, 2(5):31-34
84-91 Chlorofluorocarbons (CFCs) (I), 4(1): Cobaltous formate, 4(1):49-51
Carbaryl, 1(5):45—46; 7(5):15-26 22-24 Cobaltous nitrate, 2(5):29-31
Carbofuran, 8(6):24-34 Chlorofluorocarbons (CFCs) (II), 4(1):24 Cobaltous sulfamate, 4(1):51-53
Carbon-14, 1(7):41-42 Chloroform, 1(4):44—47; 3(4):21; 3(5): Coconut oil, 2(6):55-56; 8(1)29-31
Carbon black(s), 3(2):11-13 101-106; 3(6):16 Codeine, 3(2):14-17
Carbon black feedstock, 4(2):21-22 Chloromethane, 2(4):76-78 Copper, 1(5):48—49
Carbon black feedstock oil, 3(4):18 Chloromethyl methyl ether, 7(4):51-54 Copper chloride, 1(8):58-60
Carbon disulfide, 1(2):28-30; 3(5):84-87; (4-Chlor-2-methylphenoxy)acetic acid, Copper cyanide, 11(1):37—45
13(1):33-62 8(6):35-41 Copper naphthenate, 3(1):45—47
Carbon disulphide, 3(4):18-20 1-Chloronaphthalene, 2(4):78-80; 3(2): Copper nitrate, 2(5):35-38
Carbon monoxide, 1(7):43-—45; 3(5): 77-78 Copper(2) nitrate, 5(6):45-49
87-89; 3(6):15—16; 4(6):55-56 2-Chloronaphthalene, 4(6):85-88 Cottonseed oil (deodorized), 1(3):48
Carbon tetrachloride, 1(2):30-32; (5): Chlorophacinone, 18(1):67—71 Cottonseed oil (non-deodorized), 1(3):48
89-93; 9(3):9-48 m-Chlorophenol, 2(6):46-—48 Coumaphos, 4(1):53-56
Carbony] fluoride 15(1):33-44 o-Chlorophenol, 2(6):48-51; 4(6):88-94 m-Cresol, 1(6):44—46; 6(1):41—46
Carbonyl sulfide, 12(3):349-354 p-Chlorophenol, 2(6):52-55 o-Cresol, 5(3):30-34
Carbophenothion, 2(4):55-58 3-Chlorophenol, 6(5):70—74 Crotonaldehyde, 4(1):56-59
Carboxine, 10(4):47-60 4-Chlorophenol, 6(5):74-81 (E)-Crotonaldehyde, 14(3):346-362
CCNU, 13(1):63-66 4-Chloropheny]l 4-chlorobenzene sulfo- Crotoxyphos, 2(5):39—41; 18(1):72-87
CDEC, 18(2):199-207 nate, 9(1):30-34 Cumene, 4(1):59-62; 11(5/6):476-489
Cellosolve solvent, 9(5):38-—48 3-(p-Chloropheny])-1,1-dimethylurea, Cyanamide, 8(5):65-68
Cerium, 1(8):54-55 9(1):35-43 Cyanazine, 3(1):47-50
Cerium 141, 1(8):55-56 4-Chloro-m-phenylenediamine, 4(5): Cyanides, 4(2):23
1-Cetylpyridinium chloride, 2(4):59-61 27-29 Cyanoacetic acid, 8(5):60-64
N-Cetyltrimethyl-ammoniumbromide, N-3-Chlorophenylisopropylcarbamate, Cyanogen, 2(1):103-105
2(4):61-62 10(4):52-60 Cyanogen bromide, 1(8):60-—62
Chloral, 12(1):31-37 p-Chloropheny]-2,4,5-trichlorophenyl Cyanogen chloride, 1(8):62-63; 6(1):
Chloramben, 11(5/6):467—475 sulfone, 9(1):44—50 46-49
Chlorambucil, 1(4):43-44; 5(1):49-53; Chloropicrin, 2(2):17-19 Cycasin, 1(3):48-49
Cyclamate, 2(6):20-21
13(2):208-223 Chloroprene, 1(4):47—49
Cyclohexane, 16(4):428—454
Chloramide, 18(4):502-512 Chloroquine, 6(3):52-54
Cyclohexanone, 5((6):50-52; 10(1):79-92
Chloramine-T, 1(6):42 Chlorosulfonic acid, 1(6):43—44; 16(2):
Cycloheximide, 2(5):41—42; 9(1):55-64
Chlordane, 1(2):33-34; 3(5):94-98; 7(6): 184-195
2-Cyclohexyl-4,6-dinitrophenol, 7(1):
46-55 Chloro sulfuric acid, 3(5):106-108
48-50
Chlordane toxicology, 7(6):2-11 Chlorothalonil, 12(2):181—-193
Cypermethrin, 11(4):340-343
Chlordimeform, 2(6):42—45 Chlorothiazide, 9(1):51-54
Cyromazine, 11(5/6):490-—491
Chlorfenvinfos, 13(2):224—238 Chlorothion, 2(2):19-20; 7(5):33-35
L-Cysteine, 3(1):14-25
3-Chlor-7-hydroxy-4-methyl-coumarin- p-Chlorothymol, 16(1):77—80
O,O-diethyl phosphorothioate, 9(1): o-Chlorotoluene, 14(2):194-216
19-29 Cholesterol, 1(7):45-47
Chloric acid, 4(1):47; 9(2):49-51 Choline chloride, 2(2):20-21 D
Chlorinated diphenyls, 1(3):38-41 Choline hydrochloride, 3(5):108—-109 Dacthal, 11(4):344-350
Chlorinated phenols, 3(3):22 Chromic acetate, 5(6):43—45 Danitol, 11(5/6):492—493
Chlorine, 1(3):41—43; 9(4):28-38 Chromic acetate (I), 1(3):43—45 Daunomycin, 1(3):49-50
Chlorine 36, 2(4):67—70 Chromic acid, 2(2):21-22; 3(3):59-62; 9(2): DDE, 11(5/6):494-504
Chlorine and hydrogen chloride, 5(1): 52-97 DDT, 1(3):51-54; 3(1):32; 5(1):12-20
21-24 Chromic oxide, 1(7):47—49 Decaborane, 3(8):64—65; 8(5):69-73
Chlormephos, 138(2):239-241 Chromic sulfate, 3(3):62-65 Decabromodiphenyl ether, 11(5/6):
Chlomethine, 18(2):242-256 Chromium, 1(1):40—41; 3(3):65-67; 3(6): 505-508
Chlorimuron-ethyl, 14(1):28-30 16-17 1-Decene, 1(7):49-50; 3(2):73-74
Chloroacetaldehyde, 2(4):70-72 Chrysene, 4(4):83-101 Decyl alcohol, 13(1):88-101
Chloro acetic acid, 3(5):99-100 C. I. disperse yellow 3, 1(3):45—46 Delan, 13(4):513-518
2-Chloroacetophenone, 4(1):48—49; Cineole (1,8 Cineole), 2(4):10-13 Diacetone alcohol, 16(4):486-—502
12(4):516-529 Cinnamaldehyde, 1(5):5-7 Dialifor, 2(5):43—44
2-Chloroaniline, 6(5):64-70 Cinnamy] anthranilate, 1(5):47 Diallate, 3(1):50-53
Chlorobenzene, 2(4):72-75; 10(3):66-—76 Citric acid, 1(8):56-58; 9(4):39-50 Dianisidine, 7(2):44—47
Chlorobenzilate, 3(4):20-21; 5(1):53-56 Citrus red #2, 1(3):46-—47 Diazinon, 7(5):36—43
1-Chlorobutane, 14(4):479-—496 Clomiphene, 1(4):49 Diazomethane, 1(3):55; 12(4):530-536
VOL. 16, NO. 4, 1996
Dibenzla,hJanthracene, 4(6):94-104 1,2-Dichloropropene, 6(5):83-88 2,4-Dinitrophenol, 2(2):25-27; 3(2):38-41;
Dibenzola,e]pyrene, 5(2):63-65 1,3-Dichloropropene, 12(1):83-103 12(2):200-211
Dibenzofa,h]pyrene, 5(2):65-68 cis-1,3-Dichloropropene, 6(5):88-93 2,6-Dinitrophenol, 3(2):41—44
Dibenzofa,i]pyrene, 7(3):66-69 2,3-Dichloropropene, 6(4):63-70 2,4-Dinitrotoluene, 3(2):70-72
Dibenzofuran 15(1):45-58 2,2-Dichloropropionic acid, 3(2):74-76 2,6-Dinitrotoluene, 7(4):68-75
Diborane, 2(1):105-107 a,a-Dichlorotoluene, 6(3):54-56 Dioctyl phthalate, 12(2):212-227
Dibromochloropropane (DBCP), 3(6):17; Dichlorovos, 1(3):57-59 Di-n-octyl phthalate, 6(1):52-56
6(4):49-50 Dichlorvos, 4(1):24-25; 9(1):2-18 p-Dioxane, 8(1):32—42
1,2-Dibromo-3-chloropropane, 1l(3): Dicroptophos, 2(5):49-54 Dioxathion, 2(5):60—63
55-57 Dichrotophos, 10(1):93-104 Dioxin, 3(2):22-23; 8(5):2—48
Dibromomethane, 7(2):48-50 Dieldrin, 1(4):52-55; 6(1):9-16 Dioxins, 3(4):24-25; 5(4):35-37
Di-N-butyl phthalate, 5(4):40-44 1,2:3,4-Diepoxybutane, 4(3):56-60 Dipentene, 2(3):78-79
Dicamba, 12(1):38-49 N,N-Diethyl acetamide, 1(1):41—42 Diphenamid, 10(2):31-37
Dichloracetic acid, 14(2):173-180 Di(2-ethylhexyl) adipate, 1(4):55-56 Diphenylamine, 2(5):63-66; 11(5/6):
2,5-Dichloroaniline, 1(5):49-50 Diethylamine, 13(3):343-361 509-520
Dichlorobenzenes, 6(2):50-57 Diethylene glycol monomethyl ether, Diphenyl] hydantoin, 1(5):53-54
1,3-Dichlorobenzene, 4(2):45—48; 5(1): 16(2):196-212 1,1-Diphenylhydrazine, 2(5):67; 3(2):44
56-63 Diethylene glycol, 16(3):324-340 1,2-Diphenylhydrazine, 2(5):68-70; 3(2):
1,4-Dichlorobenzene, 4(2):49-52; 7(4): Di(2-ethylhexyl) phthalate, 1(7):52-54 45-46
7-24 Di-2-ethylhexyl phthalate, 2(2):22-24 Dipheny! nitrosamine, 5(4):44—48
p-Dichlorobenzene, 13(1):102-123 Diethylstilbestrol, 1(3):59-61; 6(2):57-62 Dipropylamine, 7(2):54-58
Dichlorobenzenecarbothioamide, 13(4): Diethyl sulfate, 12(3):355-364 Di-N-propylnitrosoamine, 5(3):53-56
519-522 Difenzoquat, 10(4):61-64 Diquat, 11(5/6):521-533
2,2'-Dichlorobenzidine, 4(5):29-30 Diflubenzuron, 12(2):194—199 Disodium ethylene-1,2-bisdithiocar-
3,3'-Dichlorobenzidine, 2(5):44—48; 3(2): 1,2-Dihydropyridazine-3,6-dione, 5(5): bamate, 7(5):44—48
79-82; 13(4):462-501 42-44 Disulfoton, 8(5):74—85
3,3'-Dichlorobenzidine dihydrochloride, Dihydrosafrole, 7(2):51-53 1,4-Dithiane, 15(1):66-70
7(4):55-61 Diisobutyl carbinol, 1(8):65-67; 16(2): Diuron, 7(5):49-55
1,4-Dichloro-2-butene, 4(3):41-44 213-219 Divinylbenzene, 9(2):67—69
Dichlorodifluoromethane, 9(2):58-66; Diisobutylene, 1(8):67—68 DMP, 2(4):80-84
12(1):50—60 Diisobutyl ketone, 1(6):51-52 Dodecanol (1-Dodecanol), 16(3):350-366
1,1-Dichloroethane, 4(3):44-—48 Diisopropanolamine, 16(3):341-349 1-Dodecene, 1(8):68-—69; 3(2):37-38
Dodecylbenzenesulfonic acid, 7(2):
1,2-Dichloroethane, 1(4):50-52; 12(1): Dimercaprol 15(1):59-65
61-82 Dimethipin, 10(5):68-71 59-66
1,1-Dichloroethylene, 11(3):235-251 Dimethoate, 3(4):24 Dodine, 10(6):20-26
Dowfume, 1(5):54-55
1,2-Dichloroethylene, 4(3):48-53 3,3’-Dimethoxybenzidine, 3(2):28
Doxylamine, 2(5):17-19
Dichloroethy] ether, 7(4):62-67 N,N-Dimethyl acetamide liquid, 1(5):
2,4-DP, 14(3):363-378
2,2'-Dichloroethyl ether, 1(6):47—48 50-51
Dursban, 10(2):38-53
Dichloromethane, 8(2):51—62 4-(Dimethylamine)3,5-xylyl-n-methyl
1,2-Dichloronaphthalene, 4(3):53-54; carbamate, 5(3):41—44
4(4):101-103 n,n-Dimethylaniline, 5(3):34-41
1,3-Dichloronaphthalene, 4(3):54-55; Dimethylbenzathracene, 13(1):2-31 E
4(5):30-31 Dimethylcarbamoy] chloride, 7(1):51-54 Echujin, 1(5):55
1,4-Dichloronaphthalene, 4(3):55-56 Dimethyl cyanamide, 1(7):54-55 Edifenphos, 2(4):84-85
1,5-Dichloronaphthalene, 4(4):103-105 DL-1,2-Dibromo-2,2-dichloro ethyl phos- EDTA, 7(4):76-80
1,6-Dichloronaphthalene, 4(4):105-107 phate, 5(3):44-47 Elymoclavine, 1(3):62
1,7-Dichloronaphthalene, 4(4):107—109 Dimethyl formamide, 1(3):61-62 Endrin, 1(5):55-57; 5(2):7-58; 6(4):50-51
1,8-Dichloronaphthalene, 4(4):109-111 1,1-Dimethylhydrazine, 4(3):60-—67 Edoxan, 1(3):62—64; 6(1):56-61
2,3-Dichloronaphthalene, 4(5):31-32 1,2-Dimethylhydrazine, 4(3):67-70 EMTS, 18(4):523-526
2,6-Dichloronaphthalene, 4(5):32-33 O,O-Dimethyl methylcarbamoylmethyl Endothal, 8(6):51-56
2,7-Dichloronaphthalene, 4(6):104-105 phosphorodithioate, 10(2):7—-22 Endothion, 18(4):527-532
2,3-Dichloro-1,4-naphthoquinone, 8(6): 2,4-Dimethylphenol, 7(3):87-90 Engine oils, 3(4):25-26
46-50 3,4-Dimethylphenol, 12(1):104-110 EPEG, 12(2):226-227
2,4-Dichlorophenol, 1(7):50-52; 7(3): n,n-Dimethyl-p-phenyl azoaniline, 5(3): Ephedrine, 1(4):56-57
70-86 48-51 Epichlorohydrin, 1(4):57-59; 3(3):68-70;
2,5-Dichlorophenol, 4(5):33-35 Dimethyl sulfate, 1(5):51-53; 12(3): 6(5):50-51; 12(2):150-177
2,6-Dichlorophenol, 4(5):35-38 366-380 EPN, 12(2):228-236
3,4-Dichlorophenol, 6(5):82—83 Dimethyl sulfoxide, 1(1):42—43 Epoxy heptachlor, 5(1):63-74
3,9-Dichlorophenol, 4(5):38-—40 Dimethyl terephthalate, 11(4):351-357 Epsilon caprolactam, 1(3):64-65
2,4-Dichlorophenoxyacetic acid, 1(6): m-Dinitrobenzene, 6(1):49-52 EPTC, 11(5/6):534-542
49-50; 7(3):11—46 o-Dinitrobenzene, 5(3):51-53 Ergotamine tartrate, 1(3):65—66
2,4-Dichlorophenoxyacetic acid (2,4-D), p-Dinitro benzene, 3(3):80-82 Estradiol, 1(4):59-60
5(4):34-35 4,6-Dinitro-o-cresol, 2(5):54-59; 4(1):62- Estradiol benzoate, 1(4):60-62
2,3-Dichloropropanol 15(2):168-176 66 Estradiol dipropionate, 1(4):62-63
DANGEROUS PROPERTIES OF INDUSTRIAL MATERIALS REPORT
Estrone, 1(4):63-64 Fenthion, 3(1):56-61 H
Ethalfluralin, 8(3):61—62 Fentin hydroxide, 2(4):92-94
Halothane, 1(5):63
Ethanamine, 5(5):44—47 Fenuron, 4(1):84-86
Heavy metals, 4(1):25-26
Ethanolamine, 4(1):66-—69; 16(2):220-243 Ferbam, 1(6):56-58; 8(6):57—63 Heptachlor, 1(8):76—78; 6(5):16-57
Ethephon, 12(1):111-115 Ferric chloride, 3(4):42—45; 16(3):367-386 Heptane, 1(6):58-59
Ethion, 4(1):69-74; 7(1):9-37 Ferric sulfate, 7(2):75-79 3-Heptane (mixture of cis and trans iso-
Ethoprop, 2(4):85-88 Ferric sulfate, hexahydrate, 3(4):45—47 mers), 2(2):29-30
Ethoxytriglycol, 4(1):74-75 Ferrocene, 1(4):67—68 Heptanol, 8(1):43—45
Ethyl acetate, 4(1):75-78 Ferrous sulfate, 7(1):55—60 Heroin, 1(7):61-62
Ethyl acrylate, 1(2):35-36 Ferrous sulfate, heptahydrate, 3(4): Hexaborane, 3(1):61—62
Ethyl alcohol, 1(7):55-57 48-50 Hexabromobenzene, 10(4):65—67
Ethylbenzene, 1(6):2—4; 2(6):57-60; 7(2): Fluometuron, 11(4):358-366 Hexachlorobenzene, 4(1):88-92
13-35 Fluoranthene, 7(2):80-—84 Hexachlorobutadiene, 2(5):71-75; 12(1):
2-Ethyl butyraldehyde, 1(8):69-71; 3(2): N-Fluoren-2-yl acetamide, 5(5):47-51 2-23
85-87
Fluorene, 7(4):81-84 1,2,3,4,5,6-Hexachlorocyclohexane-y,
Ethyl chloride, 1(4):64—66
Fluorescein sodium, 1(5):60-61 1(4):72-75
Ethylene, 4(1):79-81; 18(2):256-276
Fluorine, 1(4):68-70; 3(4):50-53 Hexachlorocyclopentadiene, 4(2):76-79;
Ethylene bisdithiocarbomate (EBDC),
Fluorouracil, 8(6):64-73 5(2):3-6
4(2):23-24
Folpet, 15(1):2-32 Hexachloroethane, 2(5):75-78; 6(4):70—83
Ethylene cyanohydrin, 4(2):52-53
Fonofos, 10(6):44-54 Hexachloronaphthalene, 5(1):81—84
Ethylene diamine, 4(2):54-57
Formaldehyde, 3(3):71-75; 3(5):14-18 Hexachlorophene, 6(2):62-66
Ethylene diamine tetraacetic acid, 1(4):
Formaldehyde (commercial solutions), Hexafluoracetone, 1(4)75-76
66-67
1(4):70-72 Hexamethylenediamine, 2(2):30-31; 8(1):
Ethylene dibromide, 1(5):58-60; 3(2):
Formamide, 1(1):44 46-50
23-295; 5(1):24-26
Formic acid, 1(2):39-—41; 3(4):53-56 n-Hexane, 1(6):59-61, 10(3):90-102
Ethylene dichloride, 5(1):74-81
Freon 113, 6(6):34—45 Hexanol, 7(6):65-67
Ethylene glycol, 1(6):52-54; 4(3):70-74;
Freon 123 14(4):497-506 1-Hexanol, 2(2):32-33
10(6):27—43
Freon 142B, 15(1):71-84 Hexazimone, 11(4):367-373
Ethylene glycol, diacetate, 4(2):57-58
Ethylene glycol monoalkyl ethers, 3(6): Fructose, 1(1):44-—45 1-Hexene, 1(8):78—79; 3(2):50-51
17-18 Fuel oil(s), 1(7):59 Hexylene glycol, 2(2):33-34
Ethylene glycol monobutyl ether, 4(2): Fuel oil #1, 1(7):59 Hydrazine, 1(1):45-46; 3(4):65-68; 10(1):
58-61 Fuel oil #2 and #3, 1(7):59-60 21-58
Ethylene glycol monoethyl ether, 4(2): Fuel oil #4 and #5, 1(7):60 Hydrazine carboxamide, 4(4):111-115
Hydrazine hydrate, 1(5):63-64
61-64 Fuel oil #6, 1(7):60
Hydrazine sulfate, 1(5):64-65
Ethylene glycol monoethyl ether ace- Fumaric acid, 4(1):86-88
Hydrazobenzene, 6(1):61—68
tate, 4(2):64-67 Furan, 7(3):93-95
Hydrocyanic acid, 1(6):61-64
Ethylene glycol monomethy] ether, 4(2): Furfural, 1(2):41—42; 7(3):96-102
Hydrofluoric acid, 1(6):64—66; 5(6):52-56
67-70 Furfuryl alcohol, 7(6):56—60
Hydrogen chloride, 1(7):62-65
Ethylene imine, 1(2):37-38 Furyl furamide, 1(2):42—43
Hydrogen cyanide, 12(1):116-130
Ethylene oxide, 4(2):70-73; 9(4):64-76
Hydrogen peroxide, 1(6):66-68
Ethylene thiourea, 1(2):38-39
Hydrogen sulfide, 1(6):68-70; 3(4):68-72
Ethyl ether, 1(6):54-56; 4(1):81—-84; 10(3):
Hydroquinone, 2(2):35-37; 8(1):51—60
8-89
Ethyl guthion, 18(2):277-286 G 4’-Hydroxyacetanilide, 1(4):76-77
Hydroxylamine, 2(2):37-39; 8(4):34-39
2-Ethyl hexaldehyde, 1(8):71-72; 3(2): Gallic acid, 3(4):56-58; 8(4):29-33; 16(2): Hydroxytriphenylstannane, 6(2):66-68
47-48 244-251 3-Hydroxyxanthine, 1(5):65
2-Ethylhexyl acrylate, 1(7):57-59; 8(2): Gaseous fire extinguishing systems, Hyoscine (or Scopolamine), 2(3):16-18
83-85 5(6):31-33 Hypochlorous acid, 1(8):79-80, 14(1):
Ethyl methanesulfonate, 7(2):67-—74
Gasoline, 1(8):75-76 31-34
1-Ethyl-1-nitrosourea, 5(3):56-61
Gluconic acid, 16(3):387-389 Hypochlorous acid calcium salt, 4(3):
Ethyl phthalate, 4(2):73-76; 4(3):74-76 D-Glucose, 2(1):107—108 76-79
2-Ethyl-3 propyl acrolein, 1(8):72-73; 3(2):
Glutaraldehyde, 1(7):2-4
Glycerine, 1(5):61-63
ETP, 1(5):57-58
Glycerol, 3(4):58-60
Eumycetin, 1(1):43—44 Glycidaldehyde, 7(3):103-105 I
Expansin, 1(3):66—67
Glycol ethers, 4(2):24 Imazalil, 12(1):131-133
Glyoxal, 7(6):61-64 2-Imidazolidinethione, 7(3):106-111
Glyphosate, 10(5):72-79 Indenof{1,2,3-cd]pyrene, 5(6):56-59
F Gold sodium thiomalate, 2(2):27 Indole, 1(6):71-73; 8(3):63—67
Famphur, 7(3):91-92 Gossypol, 2(2):28-29 Iodine, 1(5):65—66
Fanamiphos, 3(1):53-56; 10(2):54-61 Guaiacol, 6(6):45-52 Iodine 131, 1(5):66-68
Fenitrothion, 2(4):88-92 Guinea Green B, 1(2):43—44 Iodomethane, 5(6):59-61
Fentanyl, 1(8):73-74 Guthion, 3(4):60-65 Iprodione, 12(2):237-239
VOL. 16, NO. 4, 1996
Iron (dust), 1(1):73-74 M N-Methyl-N-nitrosoethylcarbamate, 5(5):
Isoamy] acetate, 2(2):39-40 Magnesium, 1(6):82—84; 4(2):79-81 64-67
Isobutyl acetate, 2(2):41—42 N-Methyl-N’ -nitro-N-nitrosoguadine,
Magnesium sulfate, 1(6):84—85
Isobutyl acrylate, 2(2):43-—44; 7(6):68-71 5(4):59-65
Malathion, 1(6):85-87; 7(5):63-74
Isobutyl alcohol, 2(2):44-45; 11(3): N-Methyl-N-nitrosourea, 5((4):65-71
Maleic acid, 7(1):61-65
252-263 4-Methy]-2-oxetanone, 1(4):87
Maleic anhydride, 2(3):79-81; 10(4):9-25
Isobutyl aldehyde, 2(2):46-—47 Methyl parathion, 6(1):90-97
Maleic hydrazide, 11(2):145-155
Isobutyl mercaptan, 2(2):48; 8(1):61-62 Methylphenylnitrosamine, 1(5):70-71
Maltose, 1(6):88-89
Isobutryaldehyde, 16(1):81-97 2-Methylpyridine, 7(4):101-104
Manganese, 1(2):44—45
Isodecanol (mixed isomers), 1(6):70-71 Methy] tert-butyl ether, 12(3):381-394
Melamine, 8(4):40-—44
Isodrin, 7(6):72-75 17-Methy] testosterone, 1(3):73
Mephosfolan, 3(1):72-74
Isomers, mixture of, 3(1):66—72 6-Methylthiouracil, 5(5):13-29
Mercaptodimethur, 7(1):66-69
Isooctyl alcohol, 2(2):49-50 Metolachlor, 12(2):240-247
Mercuric acetate, 1(3):70
Isophorone, 2(1):108-—110 Metribuzin, 11(1):60-66
Mercuric oxide, 9(5):49-57
Isoprene, 1(6):74-76 Mevinphos, 6(1):97-101
Isopropalin, 10(4):68-71 Mercurous nitrate, 6(3):56—60 Mimosa tannin, 1(1):49-50
Isopropanolamine dodecyl benzene Mercury, 1(3):70-72; 5(5):30-31 Mineral oils, 1(2):47—48
sulfonate, 6(2):68-70 Mercury(II) cyanide, 6(1):68-75 Mirex, 1(2):48; 7(5):88-91
Isopropyl acetate, 1(3):68-69 Mercury(I]) nitrate (1:2), 8(4):42-49 Mixture of isomers, 3(1):66-—72
Isopropyl acetone, 1(6):76-77 Mercury(I]) sulfate, 6(1):72-75 MNNG, 12(3):395-414
Isopropyl alcohol, 2(2):50-52 Merphos, 11(5/6):543-546 MOCA, §(2):71-74
Isopropyl benzene hydroperoxide, 5(6): Mesityl oxide, 9(5):58—65 Molinate, 11(2):156-162
20-26 Mestranol, 1(1):49 Molybdic trioxide, 8(3):73-78
Isopropyl-2,4-D ester, 7(5):56-62 Metalaxyl, 11(4):374-375 Monochloroacetic acid, 1(4):87—89
Isosafrole, 5(5):51-53 Metasystox, 7(5):75-78 Monoisopropanolamine, 15(3):343-353
Isothiourea, 5(5):53-56 Methanethiol, 14(1):35-57 Monomethylamine, 16(4):503-525
Methanol, 5(5):58-64 Monomethylhydrazine, 2(5):86-91
Methomy], 2(5):79-81 Morpholine, 1(8):82-84; 15(3):270-—297
Methotrexate, 1(4):82-83 Motor oil, 6(5):52-53
Methoxychlor, 7(5):79-—87 Muscimol, 2(3):81
K
8-Methoxypsoralen, 1(5):69-71 Myrtan tannin, 1(1):50
Kelthane, 6(2):70-73 Methoxy triglycol, 15(1):85-91
Kepone, 1(4):77-79; 4(4):10-—44 Methyl acrylate 15(3):319-342
Methyl acrylonitrile, 6(1):76-81 N
Methylal, 7(6):76-80
Naled, 10(2):62-73
Methylamine, 5(4):48-50
Naphthalene, 5(4):71-74
L Methyl amy] acetate, 16(3):400-—406
Naphthenic acid, 7(4):105-108
2-Methylaziridine, 7(4):85-90
Lactic acid, 1(6):77-78 2-Naphthol, 2(3):81—83; 9(6):49-52; 8(3):
Methyl carbamic acid-l-napthylester,
Lasiocarpine, 5(5):56-58 79-86
3(6):42—48
Lauroyl peroxide, 15(3):310-318 1,4-Naphthoquinone, 4(2):81—83
Methyl chloroform, 2(5):81—85; 7(4):
Lauryl mercaptan, 16(3):390-399 1-Naphthylamine, 4(3):79-82
91-100
Lead, 1(1):47—49; 4(2):28 2-Naphthylamine, 2(2):56-57; 3(6):52-55;
Methyl] chloroformate, 14(2):181—193
Lead acetate, 1(4):79; 6(2):73-79 13(4):533-550
3-Methylcholanthrene, 2(2):52-54; 6(1):
Lead acetate, trihydrate, 1(4):79-81 a-Naphthylthiourea, 4(2):83-86
Lead arsenate, 13(3):302-336 81-86 Nickel, 1(1):50-51; 8(3):76-79
Lead chloride, 6(2):80-—84 Methyl cyanide, 1(4):83—85; 10(4):72-86 Nickel ammonium sulfate, 5(4):74-76
Lead chromate, 1(7):65-—66 Methylene chloride, 1(2):45—47; 6(5): Nickel carbonyl, 5(4):76-82; 8(6):8-16
Lead diacetate, 16(1):98-110 51-52 Nickel(II) hydroxide, 5(6):62—64
Lead fluoborate, 1(6):79-—80 4,4’'-Methylenebis(2-chloroaniline) Nickel(I) nitrate(1:2) hexahydrate, 5(6):
Lead fluorides, 6(2):84-87 (MBOCA), 5(5):31-33 64-67
Lead in air, 4(2):28-29 4,4'-Methylenedianiline, 14(3):379—403 Nickelous chloride hexahydrate, 5(6):
Lead in petrol, 3(5):18 Methy] ethyl ketone, 1(4):85-87 71-75
Lead nitrate, 6(2):87-93 Methyl ethyl ketone peroxide, 5(4):50-55 Nickel sulfate, 5(6):68-71
Lead oxide and lead salts, 3(5):18 N,N-Methylethylnitrosamine, 7(2):85-86 Nicotine, 1(8):84—85; 5(4):82-85
Lead stearate, 6(2):93-96 2-Methyl-5-ethyl pyridine, 2(2):54-55; Nicotine hydrochloride, 5(4):85—87
Lead sulfide, 6(2):96-99 3(6):48—49 Nicotine monosalicylate, 5(4):87—88
Lead tetraacetate, 1(4):82 Methylhydrazine, 5(4):55-59 Nicotine sulfate, 5(4):88-90
Lead thiocyanate, 6(2):99-103 B-Methylindole, 7(6):81-83 Nicotine tartrate (1:2), 5(6):75-77
Lethane 384, 2(4):94-96 Methyl isobutyl ketone, 11(1):46-59 Nitrate, 10(5):80-83
Limonene, 2(1):110-111 Methy] isocyanate, 5(2):68-70; 9(3):68-74 Nitrates, nitrites, and N-nitroso com-
Lindane, 3(1):62—66; 6(3):35-36 Methylmercury, 3(2):25 pounds, 4(2):29-32
Linoleic acid, 8(2):63-66 Methyl methacrylate, 6(1):86-90 Nitric acid, 1(5):71-72; 5(3):64-67
9,12-Linoleic acid, 1(8):80-82 Methyl] N-butyl ketone, 14(4):507-524 Nitric oxide, 1(5):73-74
Lithium chloride, 1(6):80-—82; 8(3):68-72 m-Methylnitrobenzene, 6(3):60—63 Nitrobenzene, 5(6):77—81
DANGEROUS PROPERTIES OF INDUSTRIAL MATERIALS REPORT