搜索结果: 1-12 共查到“军事医学与特种医学 NO”相关记录12条 . 查询时间(0.093 秒)
Converting standard air decompression tables for no-stop diving from altitude or habitat
decompression human altitude
2009/7/20
Using the phase equilibration theory of Hills (1966), as modified by Hennessy and Hempleman (1977), it is possible to predict formulas for converting standard air decompression tables for no-stop divi...
The square-root principle in the calculation of one-stage (no-stop) decompression tables
human decompression calculation
2009/7/17
A square-root formulation, square-root time x excursion depth = k, developed at the Royal Navy Physiologic Laboratory (RNPL) predicts the safe duration of air excursions at 1 ATA for periods up to 6 h...
Venous gas bubble production following cold stress during a no-decompression dive
human thermal bubble exercise
2009/7/16
The effect of cold stress on venous gas bubble production was studied using Doppler ultrasonic monitoring. Ten subjects participated in four exposure regimes carried out at 78 fsw on an underwater pla...
Observations on no-stop and repetitive air and oxynitrogen diving
decompression nitrogen human nitrox repetitive diving
2009/7/16
The historical origins of the respective air decompression schedules of the British and United States Navies are reviewed with particular reference to the repetitive diving rules. No-stop diving is al...
Diving safety memoranda No 11/1977 - Transfer of a diver under pressure by helicopter
Equipment history Bathyscaphe Submersible science COMMERCIAL
2009/5/27
In 1716 Sir Edmund Halley, who discovered the Comet which bears his name, built a
diving bell which could support divers working at 65 feet for up to 4 hours.
It was not until the 1930’s that Willia...
The no air problem in scuba diving: An alternative approach to prevention
DIVING emergency procedures Controlled Emergency Ascent Training Emergency Ascent Accident experience fatalities equipment equipment failure
2009/5/26
The recent SPUMS Workshop on Emergency Ascent
Training1 appears to have been based on the assumption
that making a few “emergency ascents” during the
basic scuba training course produces a diver wh...
Staged decompression following no-decompression diving
DIVING decompression TABLES risk assessment model decompression stress
2009/5/26
So far we have all gained insights into the safety of
diving, the techniques it uses in diver education and some
figures on where divers make errors. The medical people
have given us a different pe...
"No Tech" Technical diving: The lobster divers of La Mosquitia
Deaths deep diving decompression illness equipment occupational diving treatment
2009/5/25
La Mosquitia includes the south eastern area of
Honduras, and the north eastern area of Nicaragua. This
area is extremely remote, with no access except by boat or
plane. The land is rain forest and...
高压氧对突聋患者血液中NO的影响
高压氧 突聋患者 血液中NO 影响
2009/4/9
近年来，越来越多的资料表明一氧化氮（NO）具有广泛的生理功能，是中枢神经系统的递质，与消化、呼吸、心血管系统及肾脏的生理、病理和临床疾病有很大关系。而随着高压氧医学的日益发展，其应用的范围日趋广泛，对各种缺血、缺氧引起的疾病疗效更为明显，突聋患者的原因之一是缺血、缺氧。我院自1997年起将高压氧用于治疗突聋患者，同时在治疗前后测定血液中NO的含量，现就高压氧对突聋患者血液NO的影响分析如下。
Combined arterial gas embolism and decompression sickness following no-stop dives
decompression embolism AGE outcome sarterial gas embolism
2009/3/31
Decompression sickness (DCS) has been clinically classified as Type I (predominantly joint pain) or Type II (predominantly spinal cord lesions). We present 3 cases that are all characterized by severe...
高压氧对突聋患者血液中NO的影响
高压氧对突聋患者血液中NO的影响
2008/4/21
近年来，越来越多的资料表明一氧化氮（NO）具有广泛的生理功能，是中枢神经系统的递质，与消化、呼吸、心血管系统及肾脏的生理、病理和临床疾病有很大关系。而随着高压氧医学的日益发展，其应用的范围日趋广泛，对各种缺血、缺氧引起的疾病疗效更为明显，突聋患者的原因之一是缺血、缺氧。我院自1997年起将高压氧用于治疗突聋患者，同时在治疗前后测定血液中NO的含量，现就高压氧对突聋患者血液NO的影响分析如下