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The influence of the flushing method on the stable oxygen content in the scr1 crabe breathing loop in the decompression phase

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EN
Abstrakty
EN
Maintaining a stable oxygen content in the breathing loop of the diving apparatus with a semi-closed respiratory circuit is essential for the safety of underwater mine clearance operations. This article discusses the influence of modified methods of flushing the breathing apparatus on the quality of the breathing loop ventilation process. The problem of flushing an apparatus is presented in light of the Polish Naval Academy's change from statistical to deterministic decompression schedules, based on the model of apparatus ventilation, oxygen toxicity hazard and decompression. The examination and determination utilising the required accuracy of the method used for flushing the breathing loop of the device allowed to assess the stable oxygen content during the decompression phase. The assumptions were verified based on a system for measuring oxygen content in the breathing loop.
Rocznik
Strony
21--42
Opis fizyczny
Bibliogr. 13 poz., rys., tab.
Twórcy
  • Department of Underwater Works Technology of the Polish Naval Academy, Gdynia, Poland
Bibliografia
  • 1. Official Journal of Laws of the Ministry of National Defence no. 6 item 44. Decision No. 75/MON of the Minister of National Defence of 1 April 2005. Instruction on introducing weapons and military equipment into the Armed Forces of the Republic of Poland and withdrawing weapons and equipment that do not meet the requirements of the army. Warsaw: MON, 2005;
  • 2. AMP-15. Standards for Naval Mine Warfare Acoustic Measurements - STANAG 1097 /1418/ 1431. Brussels: NSO, 2013;
  • 3. AODP-07 EOD. Equipment requirements and equipment - STANAG 2897. Brussels: NSO, 2007;
  • 4. Instruction No. 106. of the Head of the Inspectorate for Armed Forces Support of 17 November 2010 in the case of introducing the CRABE Mixed Diving Camera to the Polish Armed Forces. no place: IWSZ, 2010;
  • 5. Kłos R.Konarski M.Szymański R. Woźniak A. Temporary guidelines for nitrox diving with the possibility of oxygen decompression for CRABE diving apparatus (INSTRUCTION ver. 4.11 - 12.05.2011). Gdynia: ZTPP AMW, 2011;
  • 6. NO-07-A010. Diving for military purposes. Divingwith the use of nitrox Requirements. Warsaw: WCNJK, 2011;
  • 7. R. Kłos. Decompression options for the CRABE diving apparatus. Gdynia: Polish Hyperbaric Medicine and Technology Society, 2011. ISBN 978-83-924989-4-0;
  • 8. Decompression options for the AMPHORA diving apparatus. Gdynia: Polish Hyperbaric Medicine and Technology Society, 2012. ISBN 978-83-924989-8-8;
  • 9. NO-07-A118. Diving for military purposes. Terminology and classification. Warsaw: WCNJK, 2015;
  • 10. NO-07-A057:2003. Diving for military purposes - Mine destruction by mine divers in mine operations. Warsaw: WCNJK, 2003;
  • 11. R Kłos. Trimix decompression system for CRABE diving apparatus: Gdynia: Polish Hyperbaric Medicine and Technology Society, 2016. ISBN 978-83-938322-5-5;
  • 12. Letter of intent between the Minister of National Defence of the Republic of Poland and the Minister of Defence of the French Republic concerning the strengthening of cooperation in the field of maritime operations. Warsaw: MON, 2013;
  • 13. R. Kłos. Standard decompression.Temporary guidelines for Tx trimix decompression for CRABE diving apparatus. Gdynia: ZTPP AMW, 2018.
Typ dokumentu
Bibliografia
Identyfikator YADDA
bwmeta1.element.baztech-ea8d35a5-0fc6-49d3-adec-c052c0e2eea7
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