ISPC-3 / Limoges, France / July 13 - July 19, 1977 / Edited by FAUCHAIS
SESSION G1 Plasma chemical synthesis
	G.1.0.	Ceramics and Plasma
	G.1.0.	P. FAUCHAIS, E. BOURDIN
	G.1.1.	Theoritical and experimental study about CH4-N2 system in a glow discharge chemical reactor
	G.1.1.	J. AMOUROUX, D. RAPAKOULIAS
	G.1.2.	Plasma eliminations of carbon dioxide as preparation method in organic
	G.1.2.	B. BEIJER, P. GANSKE, A. SZABO, H. SUHR
	G.1.3.	Certain features of acetylene production from coal by the plasma route
	G.1.3.	J.K. TYLKO, H.W. JONES, C. HEANLEY
	G.1.4.	Methane pyrolysis in a thermal R.F.plasma
	G.1.4.	V.J. IBBERSON, D. CHRISTOFIDES
	G.1.5.	3eme Symposium International de Chimie des Plasma organise par I.U.P.A.C.
	G.1.5.	J. AMOUROUX, D. RAPAKOULIAS, S. CAVADIAS
	G.1.6.	On experimental study of synthesis of nitric oxides in micro wave plasma
	G.1.6.	A. CZERNICHOWSKI, R. BAJOREK, R. PAROSA, E. RESZKE
	G.1.7.	NITROGEN OXIDES SYNTHESIS BY A D.C. PLASMA JET
	G.1.7.	J.F. COUDERT, J.M. BARONNET, P. FAUCHAIS
	G.1.8.	The oxldations of methane traces, formation of ozone and formatin of NOx in RF glow and D.C. corona discharge.
	G.1.8.	D. FLAMM
	G.1.9.	Les recherches sur la synthese d' oxyde d' azote darn le flux du plasma.
	G.1.9.	I. POLLO
	G.1.10.	Experimental study of plasma-chemical synthesis in N2-H2 systems under non-self-sustained atmospheric discharge stimulated by high current electron beam.
	G.1.10.	A.K. VAKAR, V.P. DENISENKO, G.P. MAXIMOV, V.D. RUSANOV
	G.1.11.	Gasification of coal in plasma reactors and its industrial and economical consequences
	G.1.11.	J.K. TYLKO, G.F. SKINNER
	G.1.12.	Stationary plasma chemical reactor with plasma beam interaction.
	G.1.12.	V.M. ATAMANOV, A. ZHUZHUNASHVILI, A.A. IVANOV, G.B. LEVADNYI
	G.1.13.	A non equilibrium plasma jet hydrogen atom source for chemical synthesis.
	G.1.13.	H.F. CALCOTE, W. FELDER
	G.1.14.	Purification of arsenic and phosphorus by chemical transport in a low pressure hydrogen plasma.
	G.1.14.	R. WILD, H.R. OSWALD, S. VEPREK
	G.1.15.	Effect of initial reaction temperature on the developments synthesis of acetylene argon plasma stream
	G.1.15.	WOJCIECH. PLOTCZYK. WINCENTY
	G.1.16.	An energy criterion for the processes occurring in a chemical plasma reactor
	G.1.16.	SZYMANSKI. ANDRZEJ
SESSION G2 Elementary Reactions
	G.2.0.	Kinetics of Neutral-Neutral Reactions: An Overview
	G.2.0.	F. KAUFMAN
	G.2.1.	Studies of ion plasma chemistry with drift tube mass spectrometers
	G.2.1.	DANIEL. E.M. MAC
	G.2.2.	Energy dependances of ion-molecules reactions
	G.2.2.	D.L. ALBRITTON
	G.2.3.	Atomic reactions in very high temperature plasmas
	G.2.3.	D.H. CRANDALL
	G.2.4.	Electron swarm techniques for studying elementary reactions
	G.2.4.	R.W.C. RDMPTON
	G.2.5.	Wall cleaning for fusion devices using chemical reactions of hydrogen atoms and ions
	G.2.5.	K.J. DIETZ, K. F. WAELBROEC, P. WIENHOLD
	G.2.6.	The ionization and excitation of ions by electron impact
	G.2.6.	DER. K.T. DOL
	G.2.7.	Mass spectrometric investigations of sensitizing ionic reactions in a glow discharge of methane by atomic and molecular additions
	G.2.7.	H. DROST, H.D. KLOTZ
	G.2.8.	Three body ionic recombinations in rare gas-halide lasers
	G.2.8.	M..R. FLANNERY
	G.2.9.	High temperature fast-flow reactor studies of elementary reactions
	G.2.9.	A. FONTIJN
	G.2.10.	Singlet oxygen and ozone generation by an electron-bean-controlled discharge in pure oxygen
	G.2.10.	G. FOURNIER, R. LUCAS, P. PIGACHE, M. LECUILLER
	G.2.11.	Resonan ces in de-excitation of metastables by simple moleoules
	G.2.11.	A. B. GRZET, Z.W. STERNBERG
	G.2.12.	Study of equilibrium reactions with the stationary afterglow method
	G.2.12.	M. GROSSL, M. LANGENWALTER, T.D. MARK, W. LINDINGER, H. HELM
	G.2.13.	Reacting and transport properties of atomic rare gas ions in their parent gases
	G.2.13.	H. HELM, E. ELFORD
	G.2.14.	Reactions of Ar++with various neutrals
	G.2.14.	W. LINDINGER, E. ALGE
	G.2.15.	Negative ion spectroscopy
	G.2.15.	W.C. LINEBERGER
	G.2.16.	Elementary reactions of potassium atoms in long lived excited states
	G.2.16.	S.E. KUPRIYANOV, A.A. PEROV
	G.2.17.	Photon interactions wit h molecular ions
	G.2.17.	J. MOSELEY
	G.2.18.	Dissociation or C02 in HF discharge in a magnetic field
	G.2.18.	B.I. PATRUSHEV, G.V. RYCKUNOV
	G.2.19.	Penning ionization in binary mixtures of metastables K and He atoms with NH3,H2S and N2O molecules
	G.2.19.	A.A. PEROV, V.N. SLAVIK, A.N. STEPANOV, S.P. KABANOV, S.E. KUPRIANOV
	G.2.20.	The atomic nitrogen production in a flowing V.H.F. discharge
	G.2.20.	A. RICARD, E. BLOYET, L. HOCHARD, P. LEPRINCE, J. MAREC
	G.2.21.	Section ef'ficace de transfert d'excitation vibrationnelle et rotationnelle dans un melange argonazote.
	G.2.21.	N. SADEGHI, T.D. NGUYEN
	G.2.22.	Collisional ionization of highly excited xenon atoms
	G.2.22.	R.F. STEBBINGS
	G.2.23.	Etude de reactiors d'interet astrochimique a l'aide d'un tube a derive a introduction selective
	G.2.23.	R. THOMAS, A. BARASSIN, R. BURKE
	G.2.24.	Chemical changes in O2 emerging from a microwave discharge cavity
	G.2.24.	M. YARON, A. VON ENGE
	G.2.25.	Clusters in dense non-idea plasmas
	G.2.25.	B.M. KOVALIOV, P.F. KULIK
SESSION G3 Low Pressure Diagnostics and Techniques of Measurement
	G.3.0.	Non Equilibrium Plasma and Their Diagnostics
	G.3.0.	K.G. MULLER
	G.3.00.	Spectroscopic and laser methods for dense plasma diagnostics
	G.3.00.	M.A. JELYASHEVICH, V. KISELEVSKII, SHIMANOVICH
	G.3.1.	Enthalpy probes ; A contribution to the theory of operation
	G.3.1.	A.L. HARE
	G.3.2.	Velocity measurements it plasma flows using cooled picot tubes : are unsoleved problem
	G.3.2.	A.L. HARE
	G.3.3.	Rayonnement continu emir par un plas ma d'azote hors ETL a ? - 4955 A
	G.3.3.	D. CASSEAU, A. CATHERINOT, A. SY
	G.3.4.	Studies of levitation technique : data for transport processes between particles and plasma.
	G.3.4.	G.A. FARNELL, B. WALDIE
	G.3.5.	Aspects of DC plasma operation at elevated pressures.
	G.3.5.	B. WALDIE
	G.3.6.	The nitrogen excitation in high pressures UHF discharges
	G.3.6.	M. LOCQUENEUX, A. RICARD
	G.3.7.	Optical studies of plasma jets.
	G.3.7.	I.J. JAGODA, F.J. WEINBERG
	G.3.8.	Mass spectrometry of CO2 discharges
	G.3.8.	M. BACAL, K.G. LERGON, K.G. MULLER
	G.3.9.	Mesure de vitesse dans les jets de plasmas comportant des gradients axiaux.
	G.3.9.	P. CAMBRAY
	G.3.10.	Application of optical anemometry to the flow in a high temperature reactor model
	G.3.10.	I.H. HO, J.R. GRACE
	G.3.11.	Thermodynamic instability of three component nonideal plasma.
	G.3.11.	M. GITTERMAN, V. STEINBERG
	G.3.12.	Investigation of a non thermal plasma with negat.ive ions.
	G.3.12.	K.G. LERGON, K.G. MULLER
	G.3.13.	Chemi ionization in flances. The role of the premixed character of the fresh gases mixture.
	G.3.13.	DE. OLDENHOVE, L. GUERTECHIN
	G.3.14.	A simple method for determining electron densities in glow discharges.
	G.3.14.	G. KRUPPA, H. SUHR
SESSION G4 Engineering
	G.4.0.	Development Trend in The Application of Plasma for Chemical Processes
	G.4.0.	T. KUGLER
	G.4.1.	Modeling and measurement of local Heat fluxes in high intensity pulsed arcs
	G.4.1.	C. Dean, E. JOHNSON, PFENDER
	G.4.2.	Equilibrium composition and thermodynamical properties of C-H2,CH4 and CH3-H2 plasmas, computation of their reducing action on iron oxyde Fe2O3.
	G.4.2.	E. BOURDIN, J. AUBRETON, P. FAUCHAIS
	G.4.3.	The need for a systematic study of physical processes within the seeded D.C. transferred Arc.
	G.4.3.	H. MERCURE, K. DIMOFF, B. JEAN
	G.4.4.	Reduction of transition metal oxides in a hydrogen plasma.
	G.4.4.	M.R. WERTHEIMER, J.P. BAILON
	G.4.5.	Investigation of a cascaded arc system cooled by a chemically reacting gas
	G.4.5.	H. KRUGER
	G.4.6.	Mechanism and kinetics of the reac tions "liquid ? solid + gas" in plasma heat carrier
	G.4.6.	Y.N. TUMANOV, GRAPCHEV, Y.P. Butikin
SESSION G5 Non equilibrium plasma chemistry-Theory and applications
	G.5.0.	Problemes fondamentaux de la theorie et des applications de la chimie des plasmas et l'etat de non-equilibre et perspectives de son developpement
	G.5.0.	L.S. POLAK
	G.5.1.	Non equilibrium processes in the plasma chemical U.H.F. reactor with magnetic field.
	G.5.1.	R.I. AZIZOV, V.K. ZHIVOTOV, M.F. KROTOV, V.K. RUSANOV, Yu.V. TARASO
	G.5.2.	Stationary plasma chemical reactor with crossed electric and magnetic fields
	G.5.2.	A.I. BABARITDKY, A.I. ZUZUNASHVILI, A.A. IVANOV, V.G. LEHMAN, B.B. SEVERNY, E.K. TOHERKASOVA, V.V. SHAPKIN
	G.5.3.	On nitrogen vibrational relaxation in the gloe discharge
	G.5.3.	L.S. POLAK, D.I. SLOVETSKY, A.D. URBAS
	G.5.4.	Metastable particles collisions in N2 and N2 excitation in glow discharge.
	G.5.4.	L.S. POLAK, D.I. SLOVETSKY, A.S. SOKOLOV
	G.5.5.	Cross sections and levels rate constants of plasmachemical reactions Monte Carlo calculation
	G.5.5.	A.A. LEVITSKYI, L.S. POLAK
	G.5.6.	On so-called "Statistical theory of chemical processes in non equilibrium plasma.
	G.5.6.	L.S. POLAK, D.I. SLOVETSKY
	G.5.7.	The plasma "Chemical activities" as a function of plasma producing field frequency
	G.5.7.	Yu. IVANOV, Yu. LEBEDEV, LS. POLAK
	G.5.8.	Fluctuations of the plasma stream influence of the chemical reactions rate.
	G.5.8.	V.Z. KOMPANIETZ, LS. POLAK, J.L. EPSHTEIN
	G.5.9.	Ammonia decomposition in an arc heated argon flow reactor
	G.5.9.	A.A. LEVITSKYI, A.A. OVSYANNIKOV, LS. POLAK
	G.5.10.	Oxygen dissociation rate in R.F. discharges of moderate pressure
	G.5.10.	P. CAPEZZUTO, R. D'AGOSTINO, F. CRAMAROSSA, E. MOLINARI
	G.5.11.	The oxidation of methane with carbon dioxide. water vapor. and oxygen in R.F. discharges.
	G.5.11.	P. CAPEZZUTO, R. D'AGOSTINO, F. CRAMAROSSA, E. MOLINARI
	G.5.12.	The dissociation of molecular oxygen in electrical discharges.
	G.5.12.	M. CAPITELLI, M. DILONARDO
	G.5.13.	The decomposition of NH3 under nonequilibrium plasma of moderate pressure.
	G.5.13.	R. D'AGOSTINO, G. FERRARO, V. COLAPRICO, F. CRAMAROSSA, E. MOLINARI
	G.5.14.	Rate constants for T.V. energy transfers in high temperature gas
	G.5.14.	E.F. VARRACHIO
	G.5.15.	Review of the experimental results of application of a strongly nonequilibrium plasma in plasma chemistry and further prospects for plasma chemistry.
	G.5.15.	A.A. IVANOV, V.A. LEGASOV
	G.5.16.	Theory of the development of the bean-plasma discharge in a molecular gas
	G.5.16.	A.A. IVANOV, S.I. KRASHEMINNIKOV, TK. SOBOLEVA, V.V. STARYK
	G.5.17.	Sensitivity to variations of kinetic parameters as a method of analysis of plasma processes.
	G.5.17.	Y. KHAIT
	G.5.18.	Non equilibrium plasma chemical reactions in high pressure systems provided by vibrationnally excited reagents.
	G.5.18.	V.A. LEGASOV, V.D. RUSANOV, A.A. FRIDMAN, G.V. SHOLIN
	G.5.19.	Convection in the surroundings of the arcs burning in the atmosphere of nitrogen with addition of Li2CO3.
	G.5.19.	M. REKALIC, V. VUKANOVIC
	G.5.20.	Plasma devices as mimics of existing technologies and as an independant new technology.
	G.5.20.	J.K. TYLKO, G. HAYAT
	G.5.21.	Plasma chemistry of solid surfaces in controlled nuclear fusion devices
	G.5.21.	S. VEPREK, A.P. WEBB, M.R. HAQUE, H.R. OSWALD, H. STUESSI, KINGCADE
SESSION S1 Standards and Measurements
	S.1.0	Standards and Measurements of High Temperatures at The National Physical Laboratory U.K.
	S.1.0	K.C. LAPWORTH, R.C. PRESTON
	S.1.1.	Status report : I.C.P. spectrochemical analysis.
	S.1.1.	R.M. BARNES
	S.1.2.	Measurement of particles and gas velocities in a transfered arc heater using laser doppler anemonutry.
	S.1.2.	R.K. BAYLISS, I.G. SAYCE, D. DURAO, A. MELLING
SESSION S2 Chemi-Ionization
	S.2.0.	Chemi-ionization in Reactions of Species in The Electronic Ground State
	S.2.0.	W.L. FITE
	S.2.1.	Ionization in flames
	S.2.1.	T.M. SUGDEN
	S.2.2.	Chemi-ionization in reactions noble gas atoms
	S.2.2.	R.F. STEBBINGS
	S.2.3.	Mass spectrometric study of associative ionization processes
	S.2.3.	S.E. KUPRIYANOV
SESSION S3 Thermodynamic and transport properties
	S.3.1.	Analysis of kinetics and thermodynamics of interaction between solid particles and high temperature gas stream during rapid develatilisation of pulverised coal in the stream of combustion
	S.3.1.	B. KRUSZEWSKA, J. LESINSKI
	S.3.2.	Treatment of fine powders in an R.F, plasma discharge
	S.3.2.	M.I. BOULOS
	S.3.3.	PREPARATION OF ULTRAFINE IRON PARTICLES USING AN RF ARGON PLASMA
	S.3.3.	T. YOSHIDA, K. AKASHI
	S.3.4.	Mesures de la repartition des vitesses des particules dans un jet de plasma.
	S.3.4.	F. BARNAY, A. GARREL, R. MAS, J.L. VERDIER
	S.3.5.	HEAT TRANSFER TO SPHERICAL PARTICLES EXPOSED TO PLASMA FLAMES
	S.3.5.	N.N.. SAYEGH, W.H. GAUVIN
	S.3.6.	Transfert de chaleur entre un arc a L'argon et une paroi refroidie en rotation
	S.3.6.	J.C. MONSARRAT, C. BONET, DAGUENET
	S.3.7.	Arc plasma reactions for ceramics
	S.3.7.	G. PERUGINI
SESSION S4 Ceramics and plasma
	S.4.1.	Etude de la reduction des bioxydes de titane et de zirconium dane le plasma contenant l`hydrogene
	S.4.1.	A. CZERNICHOWSKI, J. JUREWICZ, W. KUKIELKO
	S.4.2.	Formation of cubic molybdenum carbide with thermal plasma.
	S.4.2.	O. MATSUMOTO, Y. YAGUCHI
	S.4.3.	Mechanism of formation of boron and boron-carbide by reduction of trichloride in an R.F. plasma
	S.4.3.	I.M. MACKINNON, S.M.L. HAMBLYN, B.G. REUBEN
	S.4.4.	Arc-plasma reactions for ceramics: II - General thermodynamic considerations and particular observations for obtaining submicronic TiC from TiCl4 and CH4
	S.4.4.	G. PERUGINI
	S.4.5.	Arc-plasma reactions for ceramics: III - comparaison of teh efficiency of the standard reactor with reterence to a new one. in the from TiCl4 and CH4
	S.4.5.	G. PERUGINI
	S.4.6.	A few cheracteristics of titanium microcrystale formed from titanium tetrachloride introduced into an argon plasma jet.
	S.4.6.	K. AKASHI, S. OHNO
	S.4.7.	Preparation of submicronic ?silicon carbide powder from methylchlorosilane in a plasma torch
	S.4.7.	O. DE POUS
	S.4.8.	The electrophysical characteristics of obtaining refractory materials using plasma of the arc
	S.4.8.	A. BOLOTOV, U. ASHIMOV
	S.4.9.	Sintering characteristics of plasma prepared powders
	S.4.9.	LEE. DONG-HI, R. MACPHERSON
	S.4.10.	Development of cementitious and pozzolanic properties in plasmas
	S.4.10.	J.K. TYLKO, P.M. HASKINS
	S.4.11.	Behaviour of clays in plasmas
	S.4.11.	J.K. TYLKO, P.M. HASKINS
	S.4.12.	Utilisation d'un jet de plasma d'azote sous vide pour la realisation de couches minces de nitrure de silicium.
	S.4.12.	J. GODET, G. LASSAU
	S.4.13.	Studies of silicon nitrides obtained in a low-temperature plasma
	S.4.13.	SZYMANSKI, PODGORSKI, HUCZKO