ADVANCES IN ORGANIC GEOCHEMISTRY
1 GAS–SOLID REACTIONS: THEORY, EXPERIMENTS AND CASE STUDIES RELEVANT TO EARTH AND PLANETARY PROCESSES 2 MOLECULAR CLUSTERS AND SOLVATION IN VOLCANIC AND HYDROTHERMAL VAPORS 3 REACTION MECHANISMS AND SOLID–GAS PHASE REACTIONS: THEORY AND DENSITY FUNCTIONAL THEORY SIMULATIONS 4 ANALYTICAL TECHNIQUES FOR PROBING SMALL-SCALE LAYERS THAT PRESERVE INFORMATION ON GAS–SOLID INTERACTIONS 5 USING INFRARED AND RAMAN SPECTROSCOPY TO ANALYZE GAS–SOLID REACTIONS 6 SO2 GAS REACTIONS WITH SILICATE GLASSES 7 UNRAVELLING THE CONSEQUENCES OF SO2–BASALT REACTIONS FOR GEOCHEMICAL FRACTIONATION AND MINERAL FORMATION 8 HIGH TEMPERATURE REACTIONS BETWEEN GASES AND ASH PARTICLES IN VOLCANIC ERUPTION PLUMES 9 GAS–SOLID REACTIONS IN ARC VOLCANOES: ANCIENT AND MODERN 10 GAS–SOLID INTERACTIONS ON VENUS AND OTHER SOLAR SYSTEM BODIES 11 THERMODYNAMICS OF ELEMENT VOLATILITY AND ITS APPLICATION TO PLANETARY PROCESSES 12 KINETICS OF GAS–SOLID REACTIONS IN THE SOLAR SYSTEM AND BEYOND 13 HIGH-TEMPERATURE GAS–SOLID REACTIONS IN INDUSTRIAL PROCESSES