Criteria for thermal regulation for manned spacecraft cabins
Thermal comfort criteria for manned spacecraft cabin atmosphere
SPACE CABIN ATMOSPHERE↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Methane and Carbon Monoxide Concentration Dynamics of the International Space Station's Cabin Atmosphere
No abstract available
Perry, Jay↗
Human Ecology in Space Flight, Volume I
Human ecology in space flight - cabin atmosphere, biological chemical regenerative systems, gravity and acceleration, and space radiation
SPACE CABIN ATMOSPHERE↗
Design and fabrication of a trace contaminant removal system for Apollo Phase I report, 1 Sep. 1964 - 15 Mar. 1965
Contaminant removal evaluation from cabin atmosphere of Apollo spacecraft
CONTAMINATION↗
Dehydrohalogenation of atmospheric contaminants in the space cabin
A total of nine chlorinated ethanes and ethenes were circulated over lithium hydroxide in a laboratory scale closed system simulator. System volume and lithium hydroxide temperature were varied from that intended to maximize possible reactions to conditions approximating those of a space cabin environment. Of the nine compounds tested, seven were found to be dehydrohalogenated (viz., loss of hydrogen chloride) in the course of one or more experimental treatments. Of particular significance was the conversion of 1,2-dichloroethane to chloroethene, a known carcinogen, and of trichloroethene to dichloroethyne, a highly toxic substance. It is therefore concluded that a potentially hazardous situation exists for the inhabitants of closed ecological systems such as spacecraft, one for which precautions must continue to be taken.
Spain, M. A.↗
Two-gas atmosphere sensor system conceptual design study Final report, phase I
Mass spectrometer sensor system for determining partial pressure of nitrogen-oxygen spacecraft atmosphere
PARTIAL PRESSURE↗
Nitrogen- and helium-induced anoxia - Different lethal effects on rye seeds.
Prolonged exposures to acute anoxia cause reductions in viability of hydrated rye seeds, findings suggest helium may be harmful as atmospheric component in manned space capsules
HELIUM↗
Development of a two-gas atmosphere sensor system /mass spectrometer/ Final study report, phase I
Two-gas spacecraft atmosphere mass spectrometer sensor system
MASS SPECTROMETER↗
The problem of spacecraft habitability
Problem of space cabin habitability and atmospheric contamination
HABITABILITY↗
Effect of ventilating air flow on human water requirements
Effect of pressure suit ventilating airflow on human water requirements in spacecraft cabin atmosphere
HUMAN BODY↗
Continuous atmosphere control using a closed oxygen cycle.
Bosch process closed cycle oxygen production unit for space application
SPACE CABIN ATMOSPHERE↗
Hypoxemia Induced by Sustained Forward Acceleration in Pilots Breathing Pure Oxygen in a Five Pounds Per Square Inch Absolute Environment
Hypoxia induced by sustained forward acceleration while breathing pure oxygen at reduced atmospheric pressure
PRESSURE BREATHING↗
Continuous atmosphere control using a closed oxygen cycle.
Bosch process closed cycle oxygen production unit for space application
OXYGEN PRODUCTION↗
Mars landing and reconnaissance mission environmental control and life support system study Fourth monthly progress report /mid term/
Mars landing and reconnaissance mission environmental control and life support system - atmospheric supply and conditioning, thermal control, water management, and instrumentation
SPACECRAFT ENVIRONMENT↗
Observations on man in an oxygen-helium environment at 380 mm. Hg total pressure. II - Respiratory.
Pulmonary effects of two-week exposure of four men to helium-oxygen atmosphere at total pressure of 380 mm Hg
SPACE CABIN ATMOSPHERE↗
Observations on man in an oxygen-helium environment at 380 mm. Hg total pressure. III - Heat exchange.
Thermal balance and heat exchange between four men exposed to helium-oxygen atmosphere at 380 mm Hg total pressure
ENVIRONMENTAL TESTING↗
Physiology of man during steady state exercise in a 180 mm total pressure environment.
Space suit atmosphere physiological suitability for prolonged moderate work, studying blood-gas parameter changes
PHYSIOLOGICAL RESPONSE↗
Observations on man in an oxygen-helium environment at 380 mm. Hg total pressure. I - Clinical.
Feasibility of oxygen-helium atmosphere at 380 mm Hg total pressure proven by two-week exposure of four men
SPACE CABIN ATMOSPHERE↗