A Feasibility Study of Utilizing Potassium Superoxide in Closed Circuit Underwater Breathing |
Common terms and phrases
amount of water analyzer appears approach Aqualung battery technology bellows bi-metalic strip breathing apparatus breathing gas breathing machine controls canister carbon dioxide Chem-Ox chemical sources closed circuit systems CO2 Remaining CO₂ removal Content of Inlet cooling cycle cylinder depth diluent direct injection diving electrolytic evaluation exhalation solenoid exhale timer exhaled gas flow rate full scale tests gas flow gas mixture gas supply habitat heat exchanger Hydrogen peroxide inhalation injector timer Inlet Gas mL/L investigated KO₂ limited liquid liquid/liquid system membrane systems micro-processor mmHg N₂ necessary operation output Oxygen Enrichment oxygen production oxygen toxicity partial pressure pause timer pCO2 pellet surface Potassium Superoxide potential pressure of oxygen production of oxygen reverse fuel cell sample chamber scale model schematicly series of tests shown in Fig single diver sodium chlorate supply the diver system volume temperature valve Vapor Injection water injection volume