Titlebook: Understanding Modern Dive Computers and Operation; Protocols, Models, T B. R. Wienke,T. R. O‘Leary Book 2018 The Author(s), under exclusive

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物質(zhì)

Basic Computer Models,tive only addressing the coarser dynamics of dissolved gas buildup and bubble growth in tissues and blood. Obviously, their use and implementation is limited, but purposeful and useful when correlated with available data and implemented in dive computers.

CANDY

柔美流暢

Computer Diveware,s. In neo-Haldane models, M-values and Z-values are reduced compared to the original USN and ZHL compilations. The RGBM and VPM are the only true bubble models of interest and commercially available in diveware and computers.

Working-Memory

Diving and Dive Computer History,as loadings, bubble buildup, ascent and descent rates, diver ceilings, time remaining, decompression staging, oxygen toxicity and many related variables. Like diving, their development has an interesting history.

assail

雇傭兵

Wet and Dry Tests and Data,ile correlations some wet and dry tests have transpired. For BM computers these are important benchmarks. We start at the beginning in first recounting early deep stop testing by Haldane and the deep stop hook-or-crook protocols of Australian and Hawaiian pearl divers and fishermen. And then work thru recent tests and data.

TAP

Diving and Dive Computer History,ing research advances. Able to process depth-time readings in fractions of a second, modern dive computers routinely estimate hypothetical dissolved gas loadings, bubble buildup, ascent and descent rates, diver ceilings, time remaining, decompression staging, oxygen toxicity and many related variabl

令人發(fā)膩

填料

Basic Computer Models,phase models (BM) focus on controlling hypothetical bubble growth and coupled dissolved gas by staging the diver deeper before surfacing. The former gives rise to . decompression stops while the latter requires . decompression stops in the popular lingo these days. As models go both are fairly primi