Selected Risks of the Decompression Process. Part I: Selected Inherent Residual Risks in the Decompression Process

Author:

Kłos Ryszard1ORCID

Affiliation:

1. Polish Naval Academy , Department of Underwater Work Technology in Gdynia , Poland

Abstract

Abstract A safe transition from a higher-pressure atmosphere to a lower-pressure atmosphere is achieved by means of a planned decompression process, usually through changes in pressure and/or the composition of the breathing mix as a function of time. However, the decompression process is influenced by a greater number of inherent1 factors than merely changes in pressure and composition of the breathing mixture, the values of which should be maintained within certain ranges. However, there are instances where control over them cannot be maintained, leaving elements of residual risk2 to the decompression process. The safety of decompression should be assessed, inter alia, by analysing this risk for each implementation of the decompression process.

Publisher

Walter de Gruyter GmbH

Subject

General Medicine

Reference33 articles.

1. 1. Bühlmann A.A. Decompression-Decompression sickness. Berlin : Springer-Verlag, 1984. ISBN 3-540-13308-9; ISBN 0-387-13308-9;

2. 2. Lippmann J. Deeper into diving. Carnegie, Australia: J.L. Publications, 1990. ISBN 0-9590306-3-8;

3. 3. Lippmann J., Mitchell S. Deeper into diving. Aschburton: J.L. Publications, 2009. ISBN 0-9752290-1-X;

4. 4. Lewbel G.S. The decompression workbook. New York: Pisces Book Co., 1984. ISBN: 0-86636-023-9;

5. 5. Betts E.A. Introduction to enriched air diving. Freeport: American Nitrox Divers Inc., 1994;

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