The survival of microorganisms in space - Further rocket and balloon borne exposure experiments.
Rocket and balloon-borne exposure study of terrestrial microorganism survival in space
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Rocket and balloon-borne exposure study of terrestrial microorganism survival in space
Reduction of solution of game of pursuit for survival payoff to solution of Cauchy problem for first order partial differential equation
Rocket and balloon-borne exposure study of terrestrial microorganism survival in space
Survival and growth of Bacillus cereus and B. subtilis in simulated Martian environment of diurnal temperature cycling and low moisture and oxygen level
Survival of desert algae at extremely low temperatures and diurnal freeze thaw cycles
Survival of various cocci after exposure to ultrahigh vacuum at different temperatures
Survival of microorganisms on covered stainless steel initially contaminated by handling and aerial fallout
Survival of heavy nuclei in Colgates supernova cosmic ray acceleration model
Survival of Penicillium roqueforti Thom, Coliphage T-1, Bacillus subtilis and tobacco mosaic virus exposed to space on Gemini flights
Human survival in flight emergencies involving commercial and general aviation aircraft
Shielding effects on rat survival rates after gamma irradiation
Microorganism survival in space for exposure to solar UV radiation on balloons, rockets and satellites
Aircrew Arctic survival situation simulation experiments with survivors staying close to aircraft and walking across difficult terrain from emergency location
Microorganism survivability in desert algal soil crust under continuous very high vacuum
Heavy nuclei survival in cosmic rays Colgate supernova acceleration model, assuming plasma wave instability in shock wave
Surveyor spacecraft vernier propulsion system survival in lunar environment, suggesting temperature resistant seal and valve seat material for fluid loss prevention
Prolonged hyperoxia effect on red blood cell survival and hemolysis in rats on normal diet