Storage and Retrieval of Information in Aerospace Medicine. The Matrix Approach
Information retrieval matrix for aerospace medicine
Benjamin, F. B.↗
Engineering topics
Roth, E. M.
Publications and source records attributed to Roth, E. M..
Compendium of Human Responses to the Aerospace Environment. Volume 1 - Sections 1-6
Human responses to aerospace environment in relation to microwave, light, thermal, and ionizing radiation
Roth, E. M.↗
Microwave radiation
Physiological effects of microwave radiation on animals and humans and establishment of human tolerance limits
Roth, E. M.↗
Light environment - A. Visible light. B. Ultraviolet light
Visible and ultraviolet light environment as related to human performance and safety during space missions
Finkelstein, S.↗
Ionizing radiation
Data on ionizing radiation for use in calculating specific doses, radiation shielding, and risk hazard analysis for manned space missions
Roth, E. M.↗
Electric current
Physiological effects of electricity on human body and its organs, and tolerance limits to electric currents
Finkelstein, S.↗
Thermal environment
Human tolerance in thermal environment, thermal physiology of space clothing, and biothermal considerations in space cabin design
Bottomley, T. A.↗
Compendium of Human Responses to the Aerospace Environment. Volume 2 - Sections 7-9
Human responses to aerospace environment related to acceleration, vibration, sound, and noise
Roth, E. M.↗
Acceleration
Human responses to linear sustained and rotary acceleration, zero and reduced gravity environments, and impact in manned space flight
Craig, R. L.↗
Sound and noise
Sound and noise problems in space environment and human tolerance criteria at varying frequencies and intensities
Chambers, A. N.↗
Compendium of Human Responses to the Aerospace Environment. Volume 3 - Sections 10-16
Human responses to spacecraft cabin atmosphere, pressure, and contamination, and water supply, diet, and anthropometry
Roth, E. M.↗
Oxygen-carbon dioxide-energy
Factors determining oxygen consumption and carbon dioxide production in relation to oxygen supplies required for maximum work capacity during manned space flight
Roth, E. M.↗