The article provides the results of 31 experimental dives carried out within the depth range of H ∈ [60; 80] mH2O. A combined mathematical model for ventilation and decompression was proposed with the possibility of an emergency omission of the last station at 3 mH2O and decompression completion at 6 mH2O in the event of a deterioration in weather conditions
Deep diving using mixed gas with closed-circuit rebreathers (CCRs) is increasingly common. However, ...
The present series of unmanned hyperbaric tests were conducted in order to investigate the oxygen fr...
Recent advances in submarine rescue systems have allowed a transfer under pressure of crew members b...
Background: Scientific underwater exploration could benefit from professional diving facilities. Thi...
During the past fifteen years, recreational divers have been developing and experimenting with advan...
The scope of extreme-environment diving defined within this work encompasses diving modes outside of...
Thesis: S.M., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, 201...
Objectives: To detail the rate of decompression sickness (DCS) in and describe the pattem of scien...
The survival of humans in underwater environments necessitates a comprehensive understanding of both...
International audiencePurpose: Data regarding decompression stress after deep closed-circuit rebreat...
Data regarding decompression stress after deep closed-circuit rebreather (CCR) dives are scarce. Thi...
BACKGROUND: Deep decompression stops are increasingly common in recreational technical diving. Conce...
Title: Physiology ofdeep safety stops and their importance during diving Objective: Explanation of p...
The Marine Corps Systems Command documented mission requirements that cannot be met by current rebre...
The authors discuss the effect of reduced pressure at the final decompression station on nitrogen ex...
Deep diving using mixed gas with closed-circuit rebreathers (CCRs) is increasingly common. However, ...
The present series of unmanned hyperbaric tests were conducted in order to investigate the oxygen fr...
Recent advances in submarine rescue systems have allowed a transfer under pressure of crew members b...
Background: Scientific underwater exploration could benefit from professional diving facilities. Thi...
During the past fifteen years, recreational divers have been developing and experimenting with advan...
The scope of extreme-environment diving defined within this work encompasses diving modes outside of...
Thesis: S.M., Massachusetts Institute of Technology, Department of Aeronautics and Astronautics, 201...
Objectives: To detail the rate of decompression sickness (DCS) in and describe the pattem of scien...
The survival of humans in underwater environments necessitates a comprehensive understanding of both...
International audiencePurpose: Data regarding decompression stress after deep closed-circuit rebreat...
Data regarding decompression stress after deep closed-circuit rebreather (CCR) dives are scarce. Thi...
BACKGROUND: Deep decompression stops are increasingly common in recreational technical diving. Conce...
Title: Physiology ofdeep safety stops and their importance during diving Objective: Explanation of p...
The Marine Corps Systems Command documented mission requirements that cannot be met by current rebre...
The authors discuss the effect of reduced pressure at the final decompression station on nitrogen ex...
Deep diving using mixed gas with closed-circuit rebreathers (CCRs) is increasingly common. However, ...
The present series of unmanned hyperbaric tests were conducted in order to investigate the oxygen fr...
Recent advances in submarine rescue systems have allowed a transfer under pressure of crew members b...
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