Evaporative Cooling Garment System /ECGS/, part 2 Final report
Evaporative Cooling Garment System /ECGS/ for body cooling during extravehicular activity in space - typical design verification test run
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Evaporative Cooling Garment System /ECGS/ for body cooling during extravehicular activity in space - typical design verification test run
Low temperature field vacuum evaporation of Be, Fe, Ni, Cu and Zn analyzed by field ion mass spectrometer, discussing metal ions detection
Graphite cloth source for SiO evaporation, discussing advantages of resistivity, mechanical flexibility and economy over refractory metals
Crucible arrangements for two source vacuum evaporation of thin GaAs films of uniform thickness
Evaporation techniques for thin film deposition, discussing vacuum system design
Effect of substrate structure on deposition of evaporated carbon
Modifications of computer code to calculate particle evaporation from excited compound nuclei
Thermal analysis of small cylindrical ammonia evaporators
High energy electrons emission during alloy evaporation on hot metal filaments used for thin film deposition
Condensers and/or evaporators in convective and radiative environments
Design and performance of evaporator for vacuum ultraviolet mirror coatings by aluminum compound films
Emergency evaporative coolant liquid cooled garment system
Effects of metallic contaminants on evaporation rate of mercury
Deposition of alloy films on complex surfaces by ion plating with flash evaporation
Performance evaluation of evaporative water recovery subsystem utilizing automatic feed control
Vacuum cleavage device for producing small area evaporated metal semiconductor contacts free from oxygen or other contamination
Quasi-equilibrium treatment of heterogeneous reactions applied to evaporation rate /desorption/ computation for volatile species formed in oxygen reactions with W, Mo and graphite
Velocity distribution of atoms evaporating from superfluid He II at low temperatures, noting roton shifting and multiexcitation processes