Neuigkeiten / NEWS 01/2021
das Neueste zuerst! / Latest first
english version below

NEWS: 01/2021
• On the statistical probability of contracting a decompression sickness after a single scuba dive on air within a no-decompression-limit
  DOI: 10.13140/RG.2.2.17249.74084

• Adaption of a COMEX procedure for recreational bounce dives on air
  DOI: 10.13140/RG.2.2.10536.39685

• A deep stop table for recreational dives on air: Debunked!
  DOI: 10.13140/RG.2.2.24738.04800

• Is the DGUV40 adequate for underwater-"work"?
  (german version of DOI: 10.13140/RG.2.2.10079.28324

• Comparison of the air-diving tables ZH-86 and DCIEM with DGUV40 & DIVE V 3_09
  (german version of DOI: 10.13140/RG.2.2.28277.40169)

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• exactly for X-MAS! THE book as a present

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• Awards: 1000 reads @ Researchgate.net!

• Crete: wrecks, amphoras and 2nd. worldwar stuff

• 2020 update in the little dive computer museum

• ZH-L₁₂: Validation of an old (1982) experimental Heliox jump dive (30 m, 120 min)
  and a PoC (proof of concept) for DIVE version 3_09
  DOI: 10.13140/RG.2.2.24608.20482

  from my deep archives: the (real!) Technical Diving Magazine (TDM):

• all the interesting and beautiful 32 issues of the TDM!

• 
  
• DIVE Version 3_09 (in german) has now 9 (sic: nine!) published methods implemented
  to assess the P(DCS), the statistical probability of contracting a decompression sickness
  As well Version 3_09 from the german BETA Test site features: --> a heatmap for Trimix, i.e.: --> a simplified traffic light graphics for the calculated compartment supersaturations --> the USN SAT tables from 1991 and 2018 --> a COMEX procedure for bounce dives --> the K index from Ran Arieli, IDF, for the assessment of the CNS Ox-Tox --> track of decompression stress via the PrT criterion from Val Hempleman
  if you enjoy basic german language skills, you may enjoy as well the new handbook.

• Trimix material in english
• DIVE Version 3_04 and an english manual
  Version 3_04 features:
  a localized user interface in english
  one RGBM simulator: the so-called "bubble reduction factors" are calculated depending on surface intervall,
  deeper-than-previous and diving frequency within 12 h
  following published material for the Reduced Gradient Bubble Model.

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