Engineering topics
Publications and source records attributed to Welch, B. E..
Human fluid balance in artificial environments, and influence of ambient temperature, water vapor pressure, total barametric pressure, wind velocity, and atmospheric gas composition
Effects of atmospheric gas and moisture concentration, temperature, pressure, and wind velocity on human performance and skin water loss rate
Trace contaminants associated with habitation by man in space cabin simulator by gas chromatography and IR and mass spectroscopy
Inspired carbon dioxide pressure effects on human response to physical exercise, noting dyspnea and intercostal muscle pain
Space suit atmosphere physiological suitability for prolonged moderate work, studying blood-gas parameter changes
Human speech intelligibility and physical characteristics in O-He environment at 380 mm Hg, noting increase in formant frequencies
Human tolerance to exposure of carbon dioxide environment
NASA and USAF experiment on mans contribution to trace contaminants in space cabin simulator at 760 mm of Hg
Trace contaminants produced by man in space cabin simulator
Chronic hypercapnia effects on pH level, Ca and P metabolism and electrolyte metabolism in normal sedentary man
Contaminant concentration due to human habitation of space cabin simulator at 258 mm Hg and oxygen atmosphere environment
Space suit atmosphere physiological suitability for prolonged moderate work, studying blood-gas parameter changes
Feasibility of oxygen-helium atmosphere at 380 mm Hg total pressure proven by two-week exposure of four men
Pulmonary effects of two-week exposure of four men to helium-oxygen atmosphere at total pressure of 380 mm Hg
Thermal balance and heat exchange between four men exposed to helium-oxygen atmosphere at 380 mm Hg total pressure
Physiological effects on humans exposed to increased oxygen tension in space cabin at simulated altitude of 27,000 feet for 14 days
Effect of pressure suit ventilating airflow on human water requirements in spacecraft cabin atmosphere
Clinical physiological effect of exposure to atmosphere of increased oxygen partial pressure and nitrogen