Physics of Ionized Gases

Contents include: Compound state effects in ion-neutral and ion-electron interactions; Polarised electron -- polarised atom scattering; Electron impact ionisation of ions: spectroscopy of intermediate excited states; Investigation of dissociative excitation processes in electron molecule collisions; Inelastic low electron energy collisions with HBr molecule; Atomic collisions in laser fields; Nonperturbative methods for multiphoton processes in intense laser fields; Atomic processes in a strong laser field; Ionisation experiments involving Na Rydberg atoms; Laser diode spectroscopy of caesium vapour; Associative ionisation and Penning ionisation in thermal energy collisions; Angular distribution of saddle-point electrons in slow H+ and H collisions; Highly excited hydrogen atom in parallel electric and magnetic fields; Auger electron emission from atomic collisions in solids; Computer simulation of the dynamics of physical and chemical processes on surfaces; Reflection of light ions from solid targets; Fusion plasma interactions with first wall surfaces; Solid state analysis by laser-produced microplasms.