Add to ORKGSubsystem was developed for breathing metabolic simulator which adjusts temperature and humidity of air to levels of human exhaled breath. Temperature-humidity subsystem is described, consisting of aluminum enclosure with 400 watt heat sheet glued to bottom, vertical separators, inlet connection, and check valve
During breathing therapy, heated humidification is often used to condition inhaled air and minimise ...
Study of passive temperature and humidity control systems for extravehicular space suit
Over 40% of people who undertake n-CPAP breathing therapy report problems of rhinitis or nasal conge...
A system was developed to simulate the relative humidity (RH) and temperature characteristics of hum...
Subsystem was developed which provides twelve waveform controls to breath drive mechanism. Twelve po...
Breathing metabolic simulator design for test and evaluation of breathing and life support equipmen
Life support systems for manned spacecraft must provide breathable air and drinkable water for the a...
Two-gas control system has been developed which uses existing hardware. Three systems are used for c...
Development of environmental control system for determining effects of relative humidity and dry hea...
Future EVA suits need processes and systems to control internal temperature and humidity without ven...
For environmental control system functions sensitive to atmospheric composition, components are test...
Water vapor condensation and adsorption techniques for passive humidity control in space suit
Design and performance tests of thermal control subsystem for Biosatellite primate missio
Motor-driven cam varies height of mercury column connected to loading diaphragm of pressure-regulati...
Techniques for passive control of temperature and humidity in space suits for extravehicular activit
During breathing therapy, heated humidification is often used to condition inhaled air and minimise ...
Study of passive temperature and humidity control systems for extravehicular space suit
Over 40% of people who undertake n-CPAP breathing therapy report problems of rhinitis or nasal conge...
A system was developed to simulate the relative humidity (RH) and temperature characteristics of hum...
Subsystem was developed which provides twelve waveform controls to breath drive mechanism. Twelve po...
Breathing metabolic simulator design for test and evaluation of breathing and life support equipmen
Life support systems for manned spacecraft must provide breathable air and drinkable water for the a...
Two-gas control system has been developed which uses existing hardware. Three systems are used for c...
Development of environmental control system for determining effects of relative humidity and dry hea...
Future EVA suits need processes and systems to control internal temperature and humidity without ven...
For environmental control system functions sensitive to atmospheric composition, components are test...
Water vapor condensation and adsorption techniques for passive humidity control in space suit
Design and performance tests of thermal control subsystem for Biosatellite primate missio
Motor-driven cam varies height of mercury column connected to loading diaphragm of pressure-regulati...
Techniques for passive control of temperature and humidity in space suits for extravehicular activit
During breathing therapy, heated humidification is often used to condition inhaled air and minimise ...
Study of passive temperature and humidity control systems for extravehicular space suit
Over 40% of people who undertake n-CPAP breathing therapy report problems of rhinitis or nasal conge...