Spaur W H, Thalmann E D, Flynn E T, Zumrick J L, Reedy T W, Ringelberg J M
Undersea Biomed Res. 1978 Jun;5(2):159-77.
Excursion ascents were performed during a series of experimental helium-oxygen saturation dives ranging between 150 and 1000 fsw to study the limits of multiple and extended duration excursions both deeper and shallower than the saturation depth. The distance a diver can safely ascend without decompression following saturation was found to be a function of depth, increasing from 75 ft at a saturation depth of 225 fsw to 180 ft at 1000 fsw. Initiation of saturation decompression immediately after an excursion was found to be safe. This information is incorporated into new U.S. Navy Unlimited Duration Excursion Tables and Procedures for Saturation Diving.
在一系列深度介于150至1000英尺海水柱(fsw)的实验性氦氧饱和潜水中进行了远游上升操作,以研究在饱和深度以下和以上进行多次及延长时长远游的极限。发现潜水员在饱和后能安全无减压上升的距离是深度的函数,从饱和深度225英尺海水柱时的75英尺增加到1000英尺海水柱时的180英尺。发现在远游后立即开始饱和减压是安全的。此信息已纳入美国海军新的无限时长远游表和饱和潜水程序中。