Gaseous Electronics Conference

1.1 Electron and photon collisions with atoms and molecules
1.2 Heavy particle interactions: ion-atom, ion-molecule, neutral-neutral, other
1.3 Dissociation, recombination and attachment
1.4 Molecular clusters and many-body problems
1.5 Computational methods for atomic and molecular processes

1.6 Distribution functions and transport coefficients: electrons, ions
1.7 Near-threshold collision processes
1.8 Slow collisions
1.9 Collisions with complex targets
1.10 Ionization of atoms and molecules
1.11 Other atomic and molecular collision phenomena

2.1 Glows: dc, pulsed, rf, microwave, inductive, others
2.2 Coronas, breakdown, and sparks
2.3 Capacitively coupled plasmas
2.4 Inductively coupled plasmas
2.5 Magnetically-enhanced plasmas: ECR, helicon, magnetron, others
2.6 Dielectric barrier discharges, displays
2.7 High pressure glow discharges 2.8 Thermal plasmas: arcs, jets, switches, others
2.9 Laser media, kinetics, processes
2.10 Lighting plasmas: glows, arcs, flat panels, novel sources, others
2.11 Plasma diagnostics: optical, electrical, others
2.12 Plasma chemistry: atmospheric, gas phase, surface
2.13 Plasma boundaries: sheaths, boundary layers, others

2.14 Dusty plasmas
2.15 Negative ion plasmas
2.16 Plasma instabilities
2.17 Computational methods for plasmas
2.18 Plasma-surface interactions
2.19 Materials processing in low pressure plasmas: etching, deposition, new materials
2.20 Environmental applications
2.21 Treatment of textiles
2.22 Biological and emerging applications of plasmas
2.23 Plasma propulsion and Aerodynamics
2.24 Plasma applications for nanotechnology
2.25 Innovative plasma applications
2.26 Other plasma topics