The authors discuss the effect of reduced pressure at the final decompression station on nitrogen excretion from the organism of a diver. The assumed basis for the said considerations was the course of decompression during dives performed in lakes located at a significant altitude above sea level and diver transportation by plane following dive completion. Based on the presented calculations the authors conclude that air transport can take place only upon the lapse of time calculated with regard to the diving conditions and the expected altitude of the flight. Diving in mountain lakes requires proper consideration of the effects of the decreased atmospheric pressure
Our understanding of decompression physiopathology has slowly improved during this last decade and s...
The motivation for this inquiry is to study prevention of decompression sickness in scuba diving. De...
Breath-hold dives to a depth of 10 metres (33 ft) in fresh water at 1 640 metres (6 000 ft) above se...
The air volume in the respiratory system of marine tetrapods provides a store of O2 to fuel aerobic ...
We have read the case report about a decompression sickness that was unresponsive to hyperbaric oxyg...
and increased pressure (depth) characterize the diving environment and may independently increase de...
ABSTRACT Lung function and the response to exercise were monitored in seven diver/welders who took p...
WALKER. Role of oxygen in the production of human decompres-sion sickness. J Appl. Physiol. 63(6): 2...
The scope of extreme-environment diving defined within this work encompasses diving modes outside of...
BACKGROUND: Deep decompression stops are increasingly common in recreational technical diving. Conce...
We developed a mathematical model to investigate the effect of lung compression and collapse (pulmon...
During the past fifteen years, recreational divers have been developing and experimenting with advan...
Before I begin, let's make something perfectly clear: I am a fish-nerd (i.e., an ichthyologist...
Our understanding of decompression physiopathology has slowly improved during this last decade and s...
Title: The influence of the narcotic effect of nitrogen at higher partial pressures of the intellect...
Our understanding of decompression physiopathology has slowly improved during this last decade and s...
The motivation for this inquiry is to study prevention of decompression sickness in scuba diving. De...
Breath-hold dives to a depth of 10 metres (33 ft) in fresh water at 1 640 metres (6 000 ft) above se...
The air volume in the respiratory system of marine tetrapods provides a store of O2 to fuel aerobic ...
We have read the case report about a decompression sickness that was unresponsive to hyperbaric oxyg...
and increased pressure (depth) characterize the diving environment and may independently increase de...
ABSTRACT Lung function and the response to exercise were monitored in seven diver/welders who took p...
WALKER. Role of oxygen in the production of human decompres-sion sickness. J Appl. Physiol. 63(6): 2...
The scope of extreme-environment diving defined within this work encompasses diving modes outside of...
BACKGROUND: Deep decompression stops are increasingly common in recreational technical diving. Conce...
We developed a mathematical model to investigate the effect of lung compression and collapse (pulmon...
During the past fifteen years, recreational divers have been developing and experimenting with advan...
Before I begin, let's make something perfectly clear: I am a fish-nerd (i.e., an ichthyologist...
Our understanding of decompression physiopathology has slowly improved during this last decade and s...
Title: The influence of the narcotic effect of nitrogen at higher partial pressures of the intellect...
Our understanding of decompression physiopathology has slowly improved during this last decade and s...
The motivation for this inquiry is to study prevention of decompression sickness in scuba diving. De...
Breath-hold dives to a depth of 10 metres (33 ft) in fresh water at 1 640 metres (6 000 ft) above se...