Recent advances in submarine rescue systems have allowed a transfer under pressure of crew members being rescued from a disabled submarine. The choice of a safe decompression procedure for pressurised rescuees has been previously discussed, but no schedule has been validated when the internal submarine pressure is significantly increased i.e. exceeding 2.8 bar absolute pressure. This study tested a saturation decompression procedure from hyperbaric exposures up to 6 bar, the maximum operating pressure of the NATO submarine rescue system. The objective was to investigate the incidence of decompression sickness (DCS) and clinical and spirometric indices of pulmonary oxygen toxicity. Two groups were expose
Reductions in ambient pressure liberates gas in various tissues and can result in decompression illn...
Nowadays, diving is being performed ever more frequently; it is thus important to take diving injuri...
WALKER. Role of oxygen in the production of human decompres-sion sickness. J Appl. Physiol. 63(6): 2...
Recent advances in submarine rescue systems have allowed a transfer under pressure of crew members b...
Decompression sickness (DCS) is a well-recognized complication of diving but rarely results in shock...
Introduction: The main cause for serious decompression sickness (DCS) in divers seem to be gas bubbl...
Saturation Diving is a highly technical and advanced form of diving utilized to perform dives at dep...
Introduction: In the case of a submerged, disabled submarine, survivors may be forced to escape by e...
During the training of submarine crews in submarine escape procedures, such as "free or buoyant...
Introduction: Diving is an operational commitment of navy. Diving operations are conducted with / wi...
Long-term alterations of pulmonary function (mainly decreased airway conductance and capacity of the...
The scope of extreme-environment diving defined within this work encompasses diving modes outside of...
All submariners undergo ascent training from a maximum of 100 feet of seawater (fsw). Since the trai...
Objective: If a damaged submarine cannot be rescued in time, it is necessary to carry out a submarin...
ternal pressure in a distressed submarine increases the risk of bubble formation and decompression i...
Reductions in ambient pressure liberates gas in various tissues and can result in decompression illn...
Nowadays, diving is being performed ever more frequently; it is thus important to take diving injuri...
WALKER. Role of oxygen in the production of human decompres-sion sickness. J Appl. Physiol. 63(6): 2...
Recent advances in submarine rescue systems have allowed a transfer under pressure of crew members b...
Decompression sickness (DCS) is a well-recognized complication of diving but rarely results in shock...
Introduction: The main cause for serious decompression sickness (DCS) in divers seem to be gas bubbl...
Saturation Diving is a highly technical and advanced form of diving utilized to perform dives at dep...
Introduction: In the case of a submerged, disabled submarine, survivors may be forced to escape by e...
During the training of submarine crews in submarine escape procedures, such as "free or buoyant...
Introduction: Diving is an operational commitment of navy. Diving operations are conducted with / wi...
Long-term alterations of pulmonary function (mainly decreased airway conductance and capacity of the...
The scope of extreme-environment diving defined within this work encompasses diving modes outside of...
All submariners undergo ascent training from a maximum of 100 feet of seawater (fsw). Since the trai...
Objective: If a damaged submarine cannot be rescued in time, it is necessary to carry out a submarin...
ternal pressure in a distressed submarine increases the risk of bubble formation and decompression i...
Reductions in ambient pressure liberates gas in various tissues and can result in decompression illn...
Nowadays, diving is being performed ever more frequently; it is thus important to take diving injuri...
WALKER. Role of oxygen in the production of human decompres-sion sickness. J Appl. Physiol. 63(6): 2...