Process for glass coating an ion accelerator grid Patent
Helium outgassing process for fused glass coating on ion accelerator grid
Engineering topics
Publications and source records attributed to Banks, B. A..
Helium outgassing process for fused glass coating on ion accelerator grid
Development and characteristics of ion thruster accelerator with single glass coated grid to provide increased ion extraction capability and larger diameter accelerator system
Prototype auxiliary propulsion subsystem with isolated single tank propellant feed system and 5-cm-diameter ion thruster
Facility backsputtered material effect on performance of glass-coated accelerator grids for Kaufman electron bombardment thrusters
Submillipound mercury electron bombardment ion thrustor efficiency, noting cathode pole piece, baffle position and geometry influence on ion chamber performance
Endurance test of glass coated accelerator grid on 15-centimeter-diameter Kaufman thruster
Component tests of 5-cm diameter mercury electron- bombardment ion thrusters
Submillipound mercury electron bombardment ion thrustor efficiency, noting cathode pole piece, baffle position and geometry influence on ion chamber performance
Effects of backsputtered material on performance of glass coated accelerator grids for electron bombardment thrusters
Production of glass coatings for molybdenum ion thruster accelerator grids
Glass coating is used on a single grid accelerator system for ion thrusters. The uniformly thin, smooth, dense, impervious glass coating has a high dielectric strength and is firmly bonded to the accelerator grid.
Conventional and composite grid designs tested with low voltage Kaufman thrustor
Kaufman mercury-ion thrustor grid design, discussing radial slot configuration
Conventional and composite grid designs tested with low voltage Kaufman thrustor