Synthesis of formaldehyde from CO sub 2 and H sub 2.
Formaldehyde synthesis from carbon dioxide and hydrogen via methane partial oxidation, discussing role in carbohydrates synthesis from spacecrew gaseous metabolic wastes
Engineering topics
Publications and source records attributed to Shapira, J..
Formaldehyde synthesis from carbon dioxide and hydrogen via methane partial oxidation, discussing role in carbohydrates synthesis from spacecrew gaseous metabolic wastes
Biological and physicochemical reaction systems for regenerative food supply of space flight crew
Bacterial diets nutritional evaluation in growing rats, noting implications as food for astronauts and populations on protein deficient diets
Chemical synthesis of food for spacecraft crews, treating formulation of sugars from formaldehyde, production of glycogen and ingestion of glycerol
Chemical synthesis of caloric sources from metabolic wastes /especially carbon dioxide/ under space travel conditions for closed loop life support system
Human glucose oxidation and replacement during prolonged physical exercise using carbon 14 labeled glucose injections
Kinetics of fatty acid /palmitate/ metabolism for man during prolonged exercise, formulating model for metabolisms of plasma free fatty acid
Standard prolonged work test for evaluation of fatigue and stress in man
Chemically synthesized food for long space missions
Nucleic acid metabolism in Chinese hamster fibroblasts grown in vitro noting effects of concentrations of sodium azide
Conversion of human wastes, carbon dioxide water, and urea into food for space rations
Effects of 1, 1, 3-tricyano-2-aminopropene /TCAP/ on incorporation of protein and nucleic acid precursors into frog nervous system in vitro
Microscope modification for time-lapse cinematography noting holding camera stand, deflecting light mirror, culture chamber, etc
Incorporation of protein and nucleic acid radioactive precursors into central and peripheral nervous tissue of frogs