Table Of Content

JOURNAL or ANALYTICAL ana APPLIED PYROLYSIS Journal of Analytical and Applied Pyrolysis 39 (1997) 191 Author Index Fujii, N. 129 Aldea, M.E. 53 Miyaji, K. 35 Arii, T. 129 Galletti, G.C. 105 Pollard, R. 145 Bilbao, R. 53 Goda, B. 35 Blazso, M. 1 Reeves III, J. 105 Bocchini, P. 105 Hussein, G.A.M. 35 Roy, C. 79 Caballero, J.A. 161 Kroenke, W.J. 35 SpleiB, M. 65 Ceamanos, J. 53 Chaala, A. 79 Lattimer, R. 115 Weber, L. 65 Darmstadt, H. 79 Marbot, R. 97 Yan, S.-G. 27 Marcilla, A. 161 Font, R. 161 Mastral, J.F. 53 Zhou, K. 27 JOURNAL ot ANALYTICAL ana APPLIED PYROLYSIS Eat ese Journal of Analytical and Applied Pyrolysis ELSEVIE 39 (1997) 193-195 Subject Index Air atmosphere the analysis of humic substances and related Kinetic study for the thermal decomposi- materials 1. Cellulose and chitin, 97 tion of cellulose and pine sawdust in an air Consecutive reaction atmosphere, 53 Controlled-rate thermal analysis Kinetic Aliphatic amino acids study in thermal dehydration of calcium Formation of volatile organic compounds sulfate dihydrate, 129 from peptides during CO,-IR-laser irradia- Controlled-rate thermal analysis tion of different mammalian tissues, 65 Controlled-rate thermal analysis Kinetic study in thermal dehydration of calcium Bioorganic matter sulfate dihydrate, 129 Formation of volatile organic compounds Cooling region from peptides during CO,-IR-laser irradia- Influence of the cooling section on vapor- tion of different mammalian tissues, 65 phase pyrolysis in laminar-flow reactors, Bis(phenylseleno)lead 145 Studies on the decomposition of bis(phenylseleno)lead by off-line pyrolysis Decomposition gas chromatography/mass spectrometry, 27 Formation of dysprosium oxide from the thermal decomposition of hydrated dyspro- CO,-laser pyrolysis sium acetate and oxalate Thermoanalytical Formation of volatile organic compounds and microscopic studies, 35 from peptides during CO,-IR-laser irradia- Dehydration tion of different mammalian tissues, 65 Controlled-rate thermal analysis Kinetic Cable electric waste study in thermal dehydration of calcium Vacuum pyrolysis of electric cable wastes, sulfate dihydrate, 129 79 Differential thermal analysis Carbohydrates Formation of dysprosium oxide from the Analytical pyrolysis as a tool to determine thermal decomposition of hydrated dyspro- chemical changes in maize stovers during sium acetate and oxalate Thermoanalytical growth, 105 and microscopic studies, 35 Carbon black Diketopyrrolidines Vacuum pyrolysis of electric cable wastes, Formation of volatile organic compounds 79 from peptides during CO,-IR-laser irradia- Cellulose tion of different mammalian tissues, 65 Kinetic study for the thermal decomposi- Diketopyrrolines tion of cellulose and pine sawdust in an air Formation of volatile organic compounds atmosphere, 53 from peptides during CO,-IR-laser irradia- The selection of pyrolysis temperatures for tion of different mammalian tissues, 65 the analysis of humic substances and related Dynamic experiments materials 1. Cellulose and chitin, 97 Kinetic study for the thermal decomposi- Chitin tion of cellulose and pine sawdust in an air The selection of pyrolysis temperatures for atmosphere, 53 194 Subject index | J. Anal. Appl. Pyrolysis 39 (1997) 193-195 Dysprosium acetate tion of cellulose and pine sawdust in an air Formation of dysprosium oxide from the atmosphere, 53 thermal decomposition of hydrated dyspro- Kinetics sium acetate and oxalate Thermoanalytical Controlled-rate thermal analysis Kinetic and microscopic studies, 35 study in thermal dehydration of calcium sulfate dihydrate, 129 Dysprosium oxalate Formation of dysprosium oxide from the Kraft lignin Pyrolysis of Kraft lignin: yields and correla- thermal decomposition of hydrated dyspro- tions, 161 sium acetate and oxalate Thermoanalytical and microscopic studies, 35 Laminar-flow Dysprosium oxide Influence of the cooling section on vapor- Formation of dysprosium oxide from the phase pyrolysis in laminar-flow reactors, thermal decomposition of hydrated dyspro- 145 sium acetate and oxalate Thermoanalytical Lignin and microscopic studies, 35 Analytical pyrolysis as a tool to determine chemical changes in maize stovers during ESCA growth, 105 Vacuum pyrolysis of electric cable wastes, 79 Maize Analytical pyrolysis as a tool to determine Formaldehyde chemical changes in maize stovers during Pyrolysis of Kraft lignin: yields and correla- growth, 105 tions, 161 Mass spectrometry Furnace Analytical pyrolysis as a tool to determine Influence of the cooling section on vapor- chemical changes in maize stovers during phase pyrolysis in laminar-flow reactors, growth, 105 145 Methane Pyrolysis of Kraft lignin: yields and correla- Gas chromatography tions, 161 Analytical pyrolysis as a tool to determine chemical changes in maize stovers during Organic volatiles growth, 105 Formation of volatile organic compounds from peptides during CO,-IR-laser irradia- Gas chromatography/mass spectrometry Studies on the decomposition of tion of different mammalian tissues, 65 bis(phenylseleno)lead by off-line pyrolysis Pine sawdust gas chromatography/mass spectrometry, 27 Kinetic study for the thermal decomposi- Gas chromatography—mass spectrometry tion of cellulose and pine sawdust in an air Formation of dysprosium oxide from the atmosphere, 53 thermal decomposition of hydrated dyspro- Polybutadiene sium acetate and oxalate Thermoanalytical Pyrolysis field ionization mass spectrometry and microscopic studies, 35 of hydrocarbon polymers, 115 Polyethylene Isothermal experiments Vacuum pyrolysis of electric cable wastes, Kinetic study for the thermal decomposi- 79 tion of cellulose and pine sawdust in an air Polyisoprene atmosphere, 53 Pyrolysis field ionization mass spectrometry of hydrocarbon polymers, 115 Kinetic equation Polymer analysis Controlled-rate thermal analysis Kinetic Recent trends in analytical and applied py- study in thermal dehydration of calcium rolysis of polymers, 1 sulfate dihydrate, 129 Polymer precursors Kinetic equations Recent trends in analytical and applied py- Kinetic study for the thermal decomposi- rolysis of polymers, 1 Subject index | J. Anal. Appl. Pyrolysis 39 (1997) 193-195 195 Polymer recycling Temperature Recent trends in analytical and applied py- The selection of pyrolysis temperatures for rolysis of polymers, 1 the analysis of humic substances and related Polynorbornene materials 1. Cellulose and chitin, 97 Pyrolysis field ionization mass spectrometry Thermal decomposition mechanism Recent trends in analytical and applied py- of hydrocarbon polymers, 115 rolysis of polymers, 1 Protein Thermogravimetry Analytical pyrolysis as a tool to determine Formation of dysprosium oxide from the chemical changes in maize stovers during thermal decomposition of hydrated dyspro- growth, 105 sium acetate and oxalate Thermoanalytical Py-FIMS and microscopic studies, 35 Pyrolysis field ionization mass spectrometry of hydrocarbon polymers, 115 Vacuum pyrolysis Reaction pathways Vacuum pyrolysis of electric cable wastes, Influence of the cooling section on vapor- 79 phase pyrolysis in laminar-flow reactors, 145 Wax Scanning electon microscopy Vacuum pyrolysis of electric cable wastes, Formation of dysprosium oxide from the 79 thermal decomposition of hydrated dysprosium acetate and oxalate Thermoanalytical X-ray diffractometry and microscopic studies, 35 Formation of dysprosium oxide from the Semibatch flow reactor thermal decomposition of hydrated dyspro- Pyrolysis of Kraft lignin: yields and correla- sium acetate and oxalate Thermoanalytical tions, 161 and microscopic studies, 35 Sia etn ati SL Se