REGENERATION OF CARBOHYDRATES IN A CLOSED CIRCUIT RESPIRATORY SYSTEM
Synthesis of carbohydrates from the carbon dioxide and water present in a closed circuit respiratory system traveling through space
AEROSPACE MEDICINE↗
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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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Physiologic response to increased oxygen partial pressure. ii - respiratory studies.
Respiratory response to exposure of increased alveolar partial pressure of oxygen in presence or absence of nitrogen
PRESSURE BREATHING↗
Changes in respiratory and cardiovascular functions after prolonged exposure to low barometric pressure
Changes in respiratory and cardiovascular functions after prolonged exposure to low barometric pressure
RESPIRATION↗
The effect of hydrazine and congeners on c14o2 respiratory pattern of various metabolic substrates.
Hydrazine and derivations affecting carbon dioxide respiratory pattern of various metabolic substrates in rats
METABOLISM↗
A modified oxygen gauge for the rapid measurement of p02 in respiratory gases.
Modified oxygen gauge for rapid measurement of oxygen tension in respiratory gases
OXYGEN TENSION↗
Studies of the effects of gravitational and inertial forces on cardiovascular and respiratory dynamics Semiannual status report, period ending 1 Oct. 1968
Gravitational and inertial force environment effects on cardiovascular and respiratory functions in dogs and chimpanzees
Wood, E. H.↗
Conceptual idea of digital computer model of human respiratory system Progress report, 1 Jun. - 30 Nov. 1968
Digital simulation of human respiratory system
Milhorn, H. T., Jr.↗
Transient processes at the first stage of the body's respiratory control system
Mathematical models for transient oxygen at input of human body respiratory control center
Shkabara, E. A.↗
Assessments of accuracy in calculations of respiratory indexes
Error analysis for respiratory index and oxygen gradient calculations
Kulikov, M. A.↗
An automatic model of the respiratory control system
Cybernetic feedback connections for automatic model of respiratory control
Medelyanovskii, A. N.↗
The role of breathing in respiratory control
Hypoxia and aging models of breathing effects and oxygen consumption in respiratory control
Seredenko, M. M.↗
The erythrocytic system and respiratory control
Erythrocyte control of oxygen regulation in respiratory system
Semenov, Yu. V.↗
Mechanisms controlling the respiratory surface of blood in connection with oxygen deficiency
Erythrocytosis mechanisms for respiratory blood surface increase during adaptation to hypoxia
Gorozhanin, L. G.↗
Effect of the respiratory phosphorylation inhibitor 2,4-dinitrophenol upon the consumption of oxygen by muscular tissue
Effects of dinitrophenol on respiratory phosphorylation and muscular oxygen consumption
Podov, T. A.↗
Unbalanced respiratory growth of Euglena.
Euglena gracilis grown heterotrophically, investigating respiratory physiology as function of glucose, acetate or ethanol growth supporting carbon source
Cook, J. R.↗
Steady-state analysis of the human respiratory system.
Steady state model for human respiratory system analysis, discussing controlled and controlling parts
Brown, D. R.↗
Technique for analyzing human respiratory process
Electronic system /MIRACLE 2/ places frequency and gas flow rate of the respiratory process within a common frame of reference to render them comparable and compatible with ''real clock time.'' Numerous measurements are accomplished accurately on a strict one-minute half-minute, breath-by-breath, or other period basis.
Liu, F. F.↗
Studies of the effects of gravitational and inertial forces on cardiovascular and respiratory dynamics Semiannual status report, 1 Nov. 1968 - 1 Nov. 1969
Effects of gravitational and inertial forces on cardiovascular and respiratory dynamics
Source record↗