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JOURNAL ot ANALYTICAL ana i. x APPLIED PYROLYSIS Journal of Analytical and Applied Pyrolysis ' ELSEVI ER 32 (1995) 243 Author Index Adachi, H., 161 Hida, M., 197, 205 Perez, J.D., 161 Ahmed, E., 221 An, X., 187 Ibraheam, N.N., 221 Reartes, N.R., 161 Ichikawa, M., 233 Basily, I.K., 213, 221 Inoue, H., 127 Saito, T., 171 Blazso, M., 7 Ishimori, S., 233 Sakashita, H., 153 Bocchini, P., 137 Ishiwatari, M., 153 Schlesselmann, B., 19 Ishiwatari, R., 75, 153 Schulten, H.-R., 91, 111 Caballero, J.A., 29, 41 Iwataki, I., 161 Shen, P., 187 Carlsen, L., 51 Simon, C., 19 Chen, B., 187 Kaminsky, W., 19 Sisson, P.R., 179 Chiavari, G., 137 Kim, M.G., 127 Choi, S.Y., 127 Takada, I., 233 Christiansen, J.V., 51 Law, D., 179 Tan, L., 187 Conesa, J.A., 29, 41 Leinweber, P., 91 Tatsumi, T., 153 Lightfoot, N.F., 179 Tsuge, S., 1 Feldthus, A., 51 Long, H., 187 Font, R., 29, 41 Freeman, R., 179 Marcilla, A., 29, 41 Ward, A.C., 179 Fujimura, Y., 197, 205 Minami, Y., 197 Mitsui, T., 197, 205 Yamamoto, S., 75 Galletti, G.C., 137 Murae, T., 65 Yranzo, G.I., 161 Garcia, A.N., 29, 41 Nomura, M., 233 Zheng, T., 187 Handa, N., 75 Nonaka, N., 233 Zhong, F., 187 | | ' 0165-2370/95/$09.50 © 1995 — Elsevier Science B.V. All rights reserved JOURNAL ot ANALYTICAL ana APPLIED PYROLYSIS Journal of Analytical and Applied Pyrolysis 32 (1995) 245-248 Subject Index Accumulated particulate matter Biological substances Indirect estimation of asbestos concentration Determination of sulfur in biologically impor- due to vehicles in particulate matter in the tant substances by pyrolysis—gas chromatog- atmosphere and on roads by pyrolysis—gas raphy, 127 chromatography, 171 Bone marrow Additive effect Analysis of bone marrow from patients with Production of harmful materials from syn- acute leukemia by high resoution pyrolysis— thetic polymers under pyrolysis, 7 gas chromatography, 187 Almond shells Comparison between the pyrolysis products Carbonaceous chondrite obtained from different organic wastes at high Characterization of extraterrestrial high- temperatures, 4] molecular-weight organic matter by pyroly- Analysis sis—gas chromatography/mass spectrometry, Headspace gas chromatography analysis of 65 uncombusted gasoline diluent in used gaso- Catalysts line engine oils, 233 Metal-catalyzed two-stage pyrolysis. 2. Role Analytical pyrolysis of different catalysts in the production and Analytical pyrolysis — past, present and fu- composition of ethylene/propylene-enriched ture, | gases, 213 The three-dimensional structure of soil Upgrading heavy ends into marketable prod- organo-mineral complexes studied by analyti- ucts. New concepts and new catalysts for cal pyrolysis, 111 two-stage catalytic pyrolysis, 221 Artificial neural network Chlorophyll-a Rapid detection of Verocytotoxin production Application of pyrolysis—gas chromatogra- status in Escherichia coli by artificial neural phy to the study of thermal alteration of network analysis of pyrolysis—mass spectra, chlorophyll-a — effect of clay minerals, 153 179 Classification Asbestos Classification of hashish by pyrolysis—gas Indirect estimation of asbestos concentration chromatography, 197 due to vehicles in particulate matter in the Clay minerals atmosphere and on roads by pyrolysis—gas Application of pyrolysis—gas chromatogra- chromatography, 171 phy to the study of thermal alteration of Aspartame chlorophyll-a — effect of clay minerals, 153 Thermal decomposition products of aspar- Cluster analysis tame as determined by pyrolysis—gas chro- Classification of hashish by pyrolysis—gas matography/mass spectrometry, 137 chromatography, 197 Azirines Coals Azirines from the flash vacuum pyrolysis of Flash pyrolysis of coals. Temperature-depen- oximes, 161 dent product distribution, 51 0165-2370/95/$09.50 © 1995 — Elsevier Science B.V. All rights reserved 246 Subject Index | J. Anal. Appl. Pyrolysis 32 (1995) 245—248 Computer-assisted design Gas chromatography The three-dimensional structure of soil Analysis of bone marrow from patients with organo-mineral complexes studied by analyti- acute leukemia by high resolution pyrolysis— cal pyrolysis, 111 gas chromatography, 187 Copper Determination of sulfur in biologically impor- Metal-catalyzed two-stage pyrolysis. 2. Role tant substances by pyrolysis—gas chromatog- of different catalysts in the production and raphy, 127 composition of ethylene/propylene-enriched Indirect estimation of asbestos concentration gases, 213 due to vehicles in particulate matter in the Curie-point pyrolysis atmosphere and on roads by pyrolysis—gas Characterization of extraterrestrial high- chromatography, 171 molecular-weight organic matter by pyrolysis— Production of harmful materials from syn- gas chromatography/mass spectrometry, 65 thetic polymers under pyrolysis, 7 Determination of sulfur in biologically impor- Gasoline diluent tant substances by pyrolysis—gas chromatog- Headspace gas chromatography analysis of raphy, 127 uncombusted gasoline diluent in used gasoline engine oils, 233 Geometry optimization Decomposition The three-dimensional structure of soil Comparison between the pyrolysis products organo-mineral complexes studied by analyti- obtained from different organic wastes at high cal pyrolysis, 111 temperatures, 41 Direct pyrolysis—mass spectrometry Composition, stability and turnover of soil Hashish organic matter: investigations by off-line Classification of hashish by pyrolysis—gas pyrolysis and direct pyrolysis—mass_ spec- chromatography, 197 trometry, 91 Headspace GC Headspace gas chromatography analysis of uncombusted gasoline diluent in used gaso- Egyptian crude oil line engine oils, 233 Upgrading heavy ends into marketable prod- Heavy distillate ucts. New concepts and new catalysts for Upgrading heavy ends into marketable prod- two-stage catalytic pyrolysis, 221 ucts. New concepts and new catalysts for Escherichia coli two-stage catalytic pyrolysis, 221 Rapid detection of Verocytotoxin production Heterogeneous materials status in Escherichia coli by artificial neural Kinetic models for the thermal degradation of network analysis of pyrolysis—mass spectra, heterogeneous materials, 29 179 High-molecular-weight organic matter Extraterrestrial organic matter Characterization of extraterrestrial high- Characterization of extraterrestrial high- molecular-weight organic matter pyrolysis— molecular-weight organic matter by pyrolysis— gas chromatography/mass spectrometry, 65 gas chromatography/mass spectrometry, 65 Human hair Determination of sulfur in biologically impor- Flame photometric detector tant substances by pyrolysis—gas chromatog- Determination of sulfur in biologically impor- raphy, 127 tant substances by pyrolysis—gas chromatography, 127 Flash pyrolysis—gas chromatography Iminyl radical Application of pyrolysis—gas chromatogra- Azirines from the flash vacuum pyrolysis of phy to the study of thermal alteration of oximes, 161 chlorophyll-a — effect of clay minerals, 153 Isoprenoid hydrocarbons Flash vacuum pyrolysis Application of pyrolysis-gas chromatogra- Azirines from the flash vacuum pyrolysis of phy to the study of thermal alteration of oximes, 161 chlorophyll-a — effect of clay minerals, 153 Subject Index | J. Anal. Appl. Pyrolysis 32 (1995) 245—248 Isoxazoles Olefins Azirines from the flash vacuum pyrolysis of Olefins from polyolefins and mixed plastics by oximes, 161 pyrolysis, 19 Opium Determination of the total amount of mor- Kinetic models phine alkaloids in opium by pyrolysis—gas Kinetic models for the thermal degradation of chromatography using principal component heterogeneous materials, 29 analysis, 205 Organic matter Leukemia Characterization of sinking particles in the Analysis of bone marrow from patients with ocean by pyrolysis-gas chromatography/ acute leukemia by high resoution pyrolysis— mass spectrometry, 75 gas chromatography, 187 Organo-mineral complexes Lignin The three-dimensional structure of soil Comparison between the pyrolysis products organo-mineral complexes studied by analyti- obtained from different organic wastes at high cal pyrolysis, 111 temperatures, 41 Oxazoles Azirines from the flash vacuum pyrolysis of Mass spectrometry oximes, 161 Production of harmful materials from syn- Oximes thetic polymers under pyrolysis, 7 Azirines from the flash vacuum pyrolysis of Mixed plastics oximes, 161 Olefins from polyolefins and mixed plastics by pyrolysis, 19 Phenolic resin Molecular modeling Indirect estimation of asbestos concentration The three-dimensional structure of soil due to vehicles in particulate matter in the organo-mineral complexes studied by analyti- atmosphere and on roads by pyrolysis—gas cal pyrolysis, 111 chromatography, 171 Morphine alkaloids Poly(chlorostyrene) Determination of the total amount of mor- Production of harmful materials from syn- phine alkaloids in opium by pyrolysis—gas thetic polymers under pyrolysis, 7 chromatography using principal component Polyethylene analysis, 205 Comparison between the pyrolysis products Municipal solid waste obtained from different organic wastes at high Comparison between the pyrolysis products temperatures, 41 obtained from different organic wastes at high Production of harmful materials from syn- temperatures, 41 thetic polymers under pyrolysis, 7 Polyolefins Nanochemistry Olefins from polyolefins and mixed plastics by The three-dimensional structure of soil pyrolysis, 19 organo-mineral complexes studied by analyti- Poly(vinylbenzyl chloride) cal pyrolysis, 111 Production of harmful materials from syn- Nickel thetic polymers under pyrolysis, 7 Metal-catalyzed two-stage pyrolysis. 2. Role Porcelain of different catalysts in the production and Metal-catalyzed two-stage pyrolysis. 2. Role composition of ethylene/propylene-enriched of different catalysts in the production and gases, 213 composition of ethylene/propylene-enriched gases, 213 Off-line pyrolysis Principal component analysis Composition, stability and turnover of soil Determination of the total amount of mor- organic matter: investigations by off-line phine alkaloids in opium by pyrolysis—gas pyrolysis and direct pyrolysis—mass_ spec- chromatography using principal component trometry, 91 analysis, 205 248 Subject Index | J. Anal. Appl. Pyrolysis 32 (1995) 245-248 Product distribution Soil organic matter Flash pyrolysis of coals. Temperature-depen- Composition, stability and turnover of soil dent product distribution, 51 organic matter: investigations by off-line PVC pyrolysis and direct pyrolysis—mass_ spec- Production of harmful materials from syn- trometry, 91 thetic polymers under pyrolysis, 7 The three-dimensional structure of soil Pyrolysis—gas chromatography/mass spectrome- organo-mineral complexes studied by analyti- try cal pyrolysis, 111 Characterization of extraterrestrial high- Sulfur molecular-weight organic matter by pyrolysis— Determination of sulfur in biologically impor- gas chromatography/mass spectrometry, 65 tant substances by pyrolysis—gas chromatog- Characterization of sinking particles in the raphy, 127 ocean by pyrolysis-gas chromatography/ Suspended particulate matter mass spectrometry, 75 Indirect estimation of asbestos concentration Thermal decomposition products of aspar- due to vehicles in particulate matter in the tame as determined by pyrolysis—gas chro- atmosphere and on roads by pyrolysis—gas matography/mass spectrometry, 137 chromatography, 171 Pyrolysisg—a s chromatography Sweeteners Classification of hashish by pyrolysis—gas Thermal decomposition products of aspar- chromatography, 197 tame as determined by pyrolysis—gas chro- Determination of the total amount of mor- matography/mass spectrometry, 137 phine alkaloids in opium by pyrolysis—gas chromatography using principal component analysis, 205 Thermal alteration Pyrolysis—mass spectrometry Application of pyrolysis—gas chromatogra- Rapid detection of Verocytotoxin production phy to the study of thermal alteration of status in Escherichia coli by artificial neural chlorophyll-a — effect of clay minerals, 153 network analysis of pyrolysis—mass spectra, Thermal degradation 179 Kinetic models for the thermal degradation of heterogeneous materials, 29 Review Indirect estimation of asbestos concentration Analytical pyrolysis — past, present and fu- due to vehicles in particulate matter in the ture, | atmosphere and on roads by pyrolysis—gas chromatography, 171 Semi-empirical calculations Traffic The three-dimensional structure of soil Indirect estimation of asbestos concentration organo-mineral complexes studied by analyti- due to vehicles in particulate matter in the cal pyrolysis, 111 atmosphere and on roads by pyrolysis—gas Sinking particles chromatography, 171 Characterization of sinking particles in the ocean by pyrolysis—gas chromatography/ mass spectrometry, 75 Verocytotoxin production Soft drinks Rapid detection of Verocytotoxin production Thermal decomposition products of aspar- status in Escherichia coli by artificial neural tame as determined by pyrolysis—gas chro- network analysis of pyrolysis—mass spectra, matography/mass spectrometry, 137 179