Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

First impressions: Use of the Azoth Systems O’Dive subclavian bubble monitor on a liveaboard dive vessel

View through CrossRef
Germonpré P, Van der Eecken P, Van Renterghem E, Germonpré F-L, Balestra C. First impressions: Use of the Azoth Systems O’Dive subclavian bubble monitor on a liveaboard dive vessel. Diving and Hyperbaric Medicine. 2020 December 20;50(4):405–412. doi: 10.28920/dhm50.4.405-412. PMID: 33325023.) Introduction: The Azoth Systems O’Dive bubble monitor is marketed at recreational and professional divers as a tool to improve personal diving decompression safety. We report the use of this tool during a 12-day dive trip aboard a liveaboard vessel. Methods: Six divers were consistently monitored according to the user manual of the O’Dive system. Data were synchronised with the Azoth server whenever possible (depending on cell phone data signal). Information regarding ease of use, diver acceptance and influence on dive behaviour were recorded. Results: In total, 157 dives were completely monitored over 11 diving days. Formal evaluations were only available after six days because of internet connection problems. Sixty-one dives resulted in the detection of bubbles, mostly in one diver, none of which produced any symptoms of decompression illness. Conclusions: The O’Dive system may contribute to increasing dive safety by making divers immediately aware of the potential consequences of certain types of diving behaviour. It was noted that bubble monitoring either reinforced divers in their safe diving habits or incited them to modify their dive planning. Whether this is a lasting effect is not known.
Title: First impressions: Use of the Azoth Systems O’Dive subclavian bubble monitor on a liveaboard dive vessel
Description:
Germonpré P, Van der Eecken P, Van Renterghem E, Germonpré F-L, Balestra C.
First impressions: Use of the Azoth Systems O’Dive subclavian bubble monitor on a liveaboard dive vessel.
Diving and Hyperbaric Medicine.
2020 December 20;50(4):405–412.
doi: 10.
28920/dhm50.
4.
405-412.
PMID: 33325023.
) Introduction: The Azoth Systems O’Dive bubble monitor is marketed at recreational and professional divers as a tool to improve personal diving decompression safety.
We report the use of this tool during a 12-day dive trip aboard a liveaboard vessel.
Methods: Six divers were consistently monitored according to the user manual of the O’Dive system.
Data were synchronised with the Azoth server whenever possible (depending on cell phone data signal).
Information regarding ease of use, diver acceptance and influence on dive behaviour were recorded.
Results: In total, 157 dives were completely monitored over 11 diving days.
Formal evaluations were only available after six days because of internet connection problems.
Sixty-one dives resulted in the detection of bubbles, mostly in one diver, none of which produced any symptoms of decompression illness.
Conclusions: The O’Dive system may contribute to increasing dive safety by making divers immediately aware of the potential consequences of certain types of diving behaviour.
It was noted that bubble monitoring either reinforced divers in their safe diving habits or incited them to modify their dive planning.
Whether this is a lasting effect is not known.

Related Results

Vapor Bubble Interaction With a Superheated Wall
Vapor Bubble Interaction With a Superheated Wall
Sliding bubbles are known to augment heat transfer rates on the surface on which they slide. The pre-cursor problem — the bubble approaching an inclined superheated wall provides t...
Numerical investigation of central breakup of large bubble induced by liquid jet
Numerical investigation of central breakup of large bubble induced by liquid jet
A large spherical bubble rising in quiescent liquid generally leads to the formation of a toroidal bubble (central breakup). In this paper, we investigate the bubble dynamics durin...
PD characteristics and deterioration mechanism of oil-impregnated pressboard with bubble defect
PD characteristics and deterioration mechanism of oil-impregnated pressboard with bubble defect
The bubbles are typical defects of oil-paper insulation systems, and partial discharge (PD) initiated by them can significantly degrade the insulating performance of oil-paper insu...
Oxygen transfer from bubble-plumes
Oxygen transfer from bubble-plumes
Air-bubble plumes produced beneath ocean breaking waves have important roles in gas transfer between atmosphere and ocean because the gas within the bubbles, convected by breaking-...
Effect of film viscoelasticity on the finite deformation of a spherical bubble
Effect of film viscoelasticity on the finite deformation of a spherical bubble
According to the strain energy density function for finite deformation of viscoelastic material, the relaxation function of the Maxwell mode, and the deformation gradient tensor of...
Exploring target imaging in underwater bubble group environment based on polarization information
Exploring target imaging in underwater bubble group environment based on polarization information
Underwater optical imaging is an important way to implement the seabed exploration and target recognition. There occur a lot of bubbles due to the sea wave, ship wake, marine creat...
Underwater pulse oximetry reveals increased rate of arterial oxygen desaturation across repeated freedives to 11 metres of freshwater
Underwater pulse oximetry reveals increased rate of arterial oxygen desaturation across repeated freedives to 11 metres of freshwater
Introduction: Recreational freedivers typically perform repeated dives to moderate depths with short recovery intervals. According to freediving standards, these recovery intervals...
Debottlenecking of The Machar Slug Catcher
Debottlenecking of The Machar Slug Catcher
Abstract The BP Machar slug catcher is a combined three phase separator and slug catcher located at the ETAP platform in the British sector of the North Sea. With...

Back to Top