X International Symposium on Plasma Chemistry, Bochum, Federal Republic of Germany, 4–9 August 1991
This conference is part of the Plasma Chemistry series.
  Preface
        
        Non-resolved problems of theoretical and applied plasma chemistry
        
        Nonequilibrium effects in thermal plasmas
        
        Electron and mass spectrometric analysis of plasma controlled surfaces and thin films
        
        Modelling in thermal plasma and electric arc column
        
        Generation of thermal and pseudo-thermal plasmas
        
        Diagnostics for particulate vaporization and interactions with surfaces
        
        The diagnostics of thermal plasmas
        
        Electrode erosion in high power thermal arcs
        
        Arc behaviour and plasma chemistry in electrode erosion
        
        Plasma cutting in atmosphere and under water
        
        Utilizing plasma technology for chemical reactions in controlled atmosphere
        
        Plasma application in the steel industry in Japan
        
        Diagnostics of plasmas by CARS (coherent anti-Stokes Raman scattering)
        
        Progress in the modeling of H- and D- ion sources
        
        Control of reactive plasmas: adventure to improve and to expand plasma processing
        
        Chemistry of titanium dry etching in fluorinated and chlorinated gases
        
        Dual atom beam studies of etching and related surface chemistries
        
        Plasma polymerization and surface treatment of polymers
        
        Novel approaches to plasma deposition of amorphous silicon-based materials
        
        Process and property relationships in hard coatings made by plasma and ion-assisted methods
        
        Photothermal characterization of plasma surface modifications
        
        Plasma deposition of a-C/B:H layers in textor
        
        Diamond synthesis by thermal-plasma CVD (chemical vapor deposition)
        
        Plasma-surface interaction phenomena induced by corona discharges. Application to aerosols detection and to diagnosis on surface layers
        
        