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During two dive series, one to 132 fsw and one to 210 fsw, Doppler ultrasonic bubble detectors were used to monitor venous gas bubbles in divers during decompression and for 30 min thereafter. Various decompression schedules were used. Bubble scores were evaluated by independent listerners to tape recordings in a blind manner. A significant increase in bubble scores throughout the stages of decompression and postdecompression was demonstrated as well as a statistically significant relationship between bubble score and decompression sickness. A reduction in mean bubble score was found in divers who made an additional deep decompression stop that was unrelated to the extension of the decompression time. The implications of these findings are discussed.
T S Neuman, and
D A Hall, and
P G Linaweaver
November 1972,
Aerospace medicine,
T S Neuman, and
D A Hall, and
P G Linaweaver
September 1983,
Undersea biomedical research,
T S Neuman, and
D A Hall, and
P G Linaweaver
October 1972,
Aerospace medicine,
T S Neuman, and
D A Hall, and
P G Linaweaver
February 1972,
Aerospace medicine,
T S Neuman, and
D A Hall, and
P G Linaweaver
March 1991,
Undersea biomedical research,
T S Neuman, and
D A Hall, and
P G Linaweaver
December 1975,
Undersea biomedical research,
T S Neuman, and
D A Hall, and
P G Linaweaver
May 1974,
Aerospace medicine,
T S Neuman, and
D A Hall, and
P G Linaweaver
January 1997,
IEEE transactions on ultrasonics, ferroelectrics, and frequency control,
T S Neuman, and
D A Hall, and
P G Linaweaver
January 2024,
No shinkei geka. Neurological surgery,
T S Neuman, and
D A Hall, and
P G Linaweaver
June 1956,
The Journal of aviation medicine,
