Lista artykułów po angielsku: Różnice pomiędzy wersjami
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{{ArtykułyNagłówek}} | {{ArtykułyNagłówek}} | ||
− | + | {{Szablon:ArtykułPdf|Marroni A., Corleo R. Cali, Balestra C. , Longobardi P. , Voellm E. , Pieri M. , Pepoli R. |Effects of the variation of Ascent Speed and Profile on the production of Circulating Venous Gas Emboli and the Incidence of DCI in Compressed Air Diving.|Marroni A., Effects of the variation of Ascent Speed and Profile on the production of Circulating Venous Gas Emboli and the Incidence of DCI in Compressed Air Diving.}} | |
+ | {{Szablon:ArtykułPdf|Marroni A., Corleo R. Cali, Balestra C. , Longobardi P. , Voellm E. , Pieri M.|WHAT ASCENT PROFILE FOR THE PREVENTION OF DECOMPRESSION SICKNESS|Marroni A., WHAT ASCENT PROFILE FOR THE PREVENTION OF DECOMPRESSION SICKNESS}} | ||
+ | {{Szablon:ArtykułPdf|Wienke B.R. |MODERN DECOMPRESSION ALGORITHMS:MODELS, COMPARISONS, AND STATISTICS.|Wienke B.R. , MODERN DECOMPRESSION ALGORITHMS:MODELS, COMPARISONS, AND STATISTICS.}} | ||
+ | {{Szablon:ArtykułPdf|Maiken Eric| Why Argon?|Maiken Eric, Why Argon?}} | ||
+ | {{Szablon:ArtykułPdf|Elliott David | TREATMENT OF DECOMPRESSION ILLNESS FOLLOWING MIXED GAS RECREATIONAL DIVES|David Elliott, TREATMENT OF DECOMPRESSION ILLNESS FOLLOWING MIXED GAS RECREATIONAL DIVES}} | ||
+ | {{Szablon:ArtykułPdf|WHITELEY J. P., GAVAGHAN D. J., HAHN C. E. W.|A tidal breathing model for the multiple inert gas elimination technique|J. P. WHITELEY, D. J. GAVAGHAN, C. E. W. HAHN, A tidal breathing model for the multiple inert gas elimination technique}} | ||
+ | {{Szablon:ArtykułPdf|Hesser CM, Fagraeus L, Adolfson J.|Roles of nitrogen, oxygen, and carbon dioxide in compressed-air narcosis.|Hesser CM, Fagraeus L, Adolfson J., Roles of nitrogen, oxygen, and carbon dioxide in compressed-air narcosis.}} | ||
+ | {{Szablon:ArtykułPdf|Liberatore, Timothy C.|Risk analysis management of diving operation assessing human factors.|Liberatore, Timothy C., Risk analysis management of diving operation assessing human factors.}} | ||
+ | {{Szablon:ArtykułPdf|Pyle L. Richard|The Importance of Deep Safety Stops: Rethinking Ascent Patterns From Decompression Dives.|Pyle L. Richard ,The Importance of Deep Safety Stops: Rethinking Ascent Patterns From Decompression Dives.}} | ||
+ | {{Szablon:ArtykułPdf|Wienke Bruce R.|On Validation of a Popular Sport Diving Decompression Model.|Wienke Bruce R., On Validation of a Popular Sport Diving Decompression Model.}} | ||
+ | {{Szablon:ArtykułPdf|Wienke Bruce R., O’Leary Tim R.|RGBM for the Layperson|Wienke Bruce R., O’Leary Tim R., RGBM for the Layperson}} | ||
+ | {{Szablon:ArtykułPdf|Praca zbiorowa|The Physiological Basis of decompresion|The Physiological Basis of decompresion - Praca zbiorowa}} | ||
+ | {{Szablon:ArtykułPdf|Autor Nieznany|Ratio Deco|Ratio Deco - Autor Nieznany}} | ||
+ | {{Szablon:ArtykułPdf|Zaferes Andrea|Rethinking the Hit.|Zaferes Andrea, Rethinking the Hit.}} | ||
+ | {{Szablon:ArtykułPdf|Hamilton Robert W.|Tolerating Exposure to High Oxigen Levels: Repex and Other Method.|Hamilton Robert W., Tolerating Exposure to High Oxigen Levels: Repex and Other Method.}} | ||
+ | {{Szablon:ArtykułPdf|Foster Philip P., Alan H. Feiveson, Roland Glowinski, Michael Izygon, Aladin M. Boriek.|A model for influence of exercise on formation and growth of tissue bubbles during altitude decompression.|Foster Philip P., Alan H. Feiveson, Roland Glowinski, Michael Izygon, Aladin M. Boriek., A model for influence of exercise on formation and growth of tissue bubbles during altitude decompression.}} | ||
+ | {{Szablon:ArtykułPdf|Mitchell Simon J. Doolette David J.|Selective vulnerability of the inner ear to decompression sickness in divers with right-to-left shunt: the role of tissue gas supersaturation.|Mitchell Simon J. Doolette David J., Selective vulnerability of the inner ear to decompression sickness in divers with right-to-left shunt: the role of tissue gas supersaturation.}} | ||
+ | {{Szablon:ArtykułPdf|Germonpré P. Dendale P. Unger P. Balestra C.|Patent foramen ovale and decompression sickness in sports divers.|Germonpré P. Dendale P. Unger P. Balestra C., Patent foramen ovale and decompression sickness in sports divers.}} | ||
+ | {{Szablon:ArtykułPdf|Yount David E.|Implications of the Varying Permeability Model for Reverse Dive Profiles.|Yount David E., Implications of the Varying Permeability Model for Reverse Dive Profiles.}} | ||
+ | {{Szablon:ArtykułPdf|Wienke Bruce R.|Phase Mechanics and Decompression Theory in Depth.|Wienke B.R. Phase Mechanics and Decompression Theory in Depth.}} | ||
+ | {{Szablon:ArtykułPdf|Bolek Wiktor|Temperatura mieszanki oddechowej za pierwszym stopniem automatu.|Bolek Wiktor, Temperatura mieszanki oddechowej za pierwszym stopniem automatu.}} | ||
+ | {{Szablon:ArtykułPdf|LONGPHRE J.M. , DENOBLE P.J. , MOON R.E. , VANN R.D. , FREIBERGER J.J.|First aid normobaric oxygen for the treatment of recreational diving injuries.|LONGPHRE J.M. , DENOBLE P.J. , MOON R.E. , VANN R.D. , FREIBERGER J.J. First aid normobaric oxygen for the treatment of recreational diving injuries.}} | ||
+ | {{Szablon:ArtykułPdf|Baker Erik C.|CALCULATING THE NO-STOP TIME.|Baker Erik C., CALCULATING THE NO-STOP TIME.}} | ||
+ | {{Szablon:ArtykułPdf|Brian Johnny E. Jr.|Current Thoughts on Mechanisms of Hyperoxic Seizures.|Brian Johnny E. Jr., Current Thoughts on Mechanisms of Hyperoxic Seizures.}} | ||
+ | {{Szablon:ArtykułPdf|Kindwall Eric P.|Measurement of helium elimination from man during decompression breathing air or oxygen.|Kindwall Eric P. Measurement of helium elimination from man during decompression breathing air or oxygen.}} | ||
+ | {{Szablon:ArtykułPdf|Autor Nieznany (http://www.scuba-doc.com)|Long Term Effects of Sport Diving|Long Term Effects of Sport Diving (http://www.scuba-doc.com)}} | ||
+ | {{Szablon:ArtykułPdf|Brian Johnny E. Jr.|Gas Exchange, Partial Pressure Gradients, and the Oxygen Window.|Brian Johnny E. Jr., Gas Exchange, Partial Pressure Gradients, and the Oxygen Window.}} | ||
+ | {{Szablon:ArtykułPdf|Wienke Bruce R. |RGBM ALGORITHM OVERVIEW: CONCEPTS, BASES, VALIDATION, TESTING AND REFERENCES.|B.R. Wienke, RGBM ALGORITHM OVERVIEW: CONCEPTS, BASES, VALIDATION, TESTING AND REFERENCES.}} | ||
+ | {{Szablon:ArtykułPdf|Boni M., Schibli R., P. Nussberger, A.A.|Buhlmann Diving at diminished atmospheric preassure: air decompression tables for different altitudes.|Boni M., Schibli R., P. Nussberger, A.A. Buhlmann Diving at diminished atmospheric preassure: air decompression tables for different altitudes.}} | ||
+ | {{Szablon:ArtykułPdf|Wienke Bruce R., O’Leary Tim R.|Ins And Outs Of Mixed Gas Counterdiffusion.|Wienke Bruce R., O’Leary Tim R., Ins And Outs Of Mixed Gas Counterdiffusion.}} | ||
+ | {{Szablon:ArtykułPdf|Parker E. C., Survanshi S. S., Massell P. B., Weathersby P. K.|Probabilistic models of the role of oxygen in human decompression sickness.|Parker E. C., Survanshi S. S., Massell P. B., Weathersby P. K. , Probabilistic models of the role of oxygen in human decompression sickness.}} | ||
+ | {{Szablon:ArtykułPdf|Chappell Michael|Modelling and Measurement of Bubbles in Decompression Sickness.|Chappell Michael, Modelling and Measurement of Bubbles in Decompression Sickness.}} | ||
+ | {{Szablon:ArtykułPdf|Karreman George, Lambertsen Christian J.|Kinetics of Isobaric Counterdiffusion.|Karreman George, Lambertsen Christian J., Kinetics of Isobaric Counterdiffusion.}} | ||
+ | {{Szablon:ArtykułPdf|Winstanley Fred, Skorupka Rupert|Isobaric Counter Gas Transport (The 'Vestibular Bend').|Winstanley Fred, Skorupka Rupert, Isobaric Counter Gas Transport (The 'Vestibular Bend').}} | ||
+ | {{Szablon:ArtykułPdf|Doolette David J., Mitchell Simon J.|Biophysical basis for inner ear decompression sickness.|Doolette David J., Mitchell Simon J., Biophysical basis for inner ear decompression sickness.}} | ||
+ | {{Szablon:ArtykułPdf|Briner Lance, Loflin Jeff|Isobaric Counterdiffusion (ICD).|Briner Lance, Loflin Jeff, Isobaric Counterdiffusion (ICD).}} | ||
+ | {{Szablon:ArtykułPdf|Pendergast D. R., Lundgren C. E. G.|The underwater environment: cardiopulmonary, thermal, and energetic demands.|Pendergast D. R., Lundgren C. E. G.,The underwater environment: cardiopulmonary, thermal, and energetic demands.}} | ||
+ | {{Szablon:ArtykułPdf|Dean Jay B., Mulkey Daniel K., Garcia Alfredo J., Putnam Robert W., Henderson Richard A.|Neuronal sensitivity to hyperoxia, hypercapnia, and inert gases at hyperbaric pressures.|Dean Jay B., Mulkey Daniel K., Garcia Alfredo J., Putnam Robert W., Henderson Richard A.,Neuronal sensitivity to hyperoxia, hypercapnia, and inert gases at hyperbaric pressures.}} | ||
+ | {{Szablon:ArtykułPdf|D’Agostino Dominic P., Colomb Denis G. Jr., Dean Jay B.|Effects of hyperbaric gases on membrane nanostructure and function in neurons|D’Agostino Dominic P., Colomb Denis G. Jr., Dean Jay B., Effects of hyperbaric gases on membrane nanostructure and function in neurons.}} | ||
+ | {{Szablon:ArtykułPdf|Burton Steve|How to avoid a Isobaric Counter Diffusion hit|Burton Steve, How to avoid a Isobaric Counter Diffusion hit.}} | ||
+ | {{Szablon:ArtykułPdf|Lindholm Peter, Lundgren EG Claes|The physiology and pathophysiology of human breath-hold diving|Lindholm Peter, Lundgren EG Claes, The physiology and pathophysiology of human breath-hold diving.}} | ||
+ | {{Szablon:ArtykułPdf|Baker Erik C.|Gradient Factor Decompression Program in FORTRAN|Baker Erik C., Gradient Factor Decompression Program in FORTRAN}} | ||
+ | {{Szablon:ArtykułPdf|Goldman Saul|Free energy wells for small gas bubbles in soft deformable materials.|Goldman Saul, Free energy wells for small gas bubbles in soft deformable materials.}} | ||
+ | {{Szablon:ArtykułPdf|VAN LIEW H. D., FLYNN E. T.|A simple probabilistic model for standard air dives that is focused on total decompression time.|VAN LIEW H. D., FLYNN E. T., A simple probabilistic model for standard air dives that is focused on total decompression time.}} | ||
+ | {{Szablon:ArtykułPdf|Praca zbiorowa UMS|Isobaric Inert Gass Counterdiffusion|Praca zbiorowa UMS, Isobaric Inert Gass Counterdiffusion}} | ||
+ | {{Szablon:ArtykułPdf|Behnke Albert R.|The Isobaric (Oxygen Window) Principle of Decompression|Behnke Albert R., The Isobaric (Oxygen Window) Principle of Decompression}} | ||
+ | {{Szablon:ArtykułPdf|OMS|OMS Elastomeric Band Installation Guide|OMS, OMS Elastomeric Band Installation Guide}} | ||
+ | {{Szablon:ArtykułPdf|Butler, Frank K. JR.|Diving and Hyperbaric Ophthalmology|Butler, Frank K. JR., Diving and Hyperbaric Ophthalmology}} | ||
+ | {{Szablon:ArtykułPdf|Hill E. Leonard|CAISSON SICKNESS AND THH PHYSIOLOGY OF WORK IN COMPRESSED AIR|Hill E. Leonard , CAISSON SICKNESS AND THH PHYSIOLOGY OF WORK IN COMPRESSED AIR}} | ||
+ | {{Szablon:ArtykułPdf|Wienke R. Bruce|Diving and Deco History|Wienke B.R. Diving and Deco History}} | ||
+ | {{Szablon:ArtykułPdf|Foster Philip P., Butler Bruce D.|Decompression to altitude: assumptions, experimental evidence, and future directions|Foster Philip P., Butler Bruce D., Decompression to altitude: assumptions, experimental evidence, and future directions}} | ||
+ | {{Szablon:ArtykułPdf|Maiken E.|Bubble Decompression Strategies|Maiken E., Bubble Decompression Strategies}} | ||
+ | {{Szablon:ArtykułPdf|Risberg J., Hope A.|Thermal insulation properties of argon used as a dry suit inflation gas.|Risberg J., Hope A., Thermal insulation properties of argon used as a dry suit inflation gas.}} | ||
+ | {{Szablon:ArtykułPdf|HIMM J. F., HOMER L. D.|A model of extravascular bubble evolution: effect of changes in breathing gas composition|HIMM J. F., HOMER L. D., A model of extravascular bubble evolution: effect of changes in breathing gas composition}} | ||
+ | {{Szablon:ArtykułPdf|Moon Richard E. |Nitroglycerine: relief from the heartache of decompression sickness?|Moon Richard E., Nitroglycerine: relief from the heartache of decompression sickness?}} | ||
{{Szablon:ArtykułPdf|Bird Nick|Decompression Illness|Bird Nick Decompression Illness}} | {{Szablon:ArtykułPdf|Bird Nick|Decompression Illness|Bird Nick Decompression Illness}} | ||
{{Szablon:ArtykułPdf|Wienke R. Bruce|Decompression theorie|Wienke R. Bruce Decompression theorie}} | {{Szablon:ArtykułPdf|Wienke R. Bruce|Decompression theorie|Wienke R. Bruce Decompression theorie}} | ||
+ | {{Szablon:ArtykułPdf|Mitchell, SJ; Bennett, MH; Bird, N; Doolette, DJ; Hobbs, GW; Kay, E; Moon, RE; Neuman, TS; Vann, RD; Walker, JR; Wyatt, HA |Recommendations for rescue of a submerged unresponsive compressed-gas diver|Recommendations for rescue of a submerged unresponsive compressed-gas diver}} | ||
{{Szablon:ArtykułPdf|Kumar V. K. and Waligora M. James|The Effects of Different Rates of Ascent on the Incidence of Altitude Decompression Sickness|Kumar V. K. and Waligora M. James The Effects of Different Rates of Ascent on the Incidence of Altitude Decompression Sickness}} | {{Szablon:ArtykułPdf|Kumar V. K. and Waligora M. James|The Effects of Different Rates of Ascent on the Incidence of Altitude Decompression Sickness|Kumar V. K. and Waligora M. James The Effects of Different Rates of Ascent on the Incidence of Altitude Decompression Sickness}} | ||
− | + | {{Szablon:ArtykułPdf|[[Baker C. Erik]]|VPM-B Program Update Explanation|Baker C. Eric VPM-B Program Update Explanation}} | |
+ | {{Szablon:ArtykułPdf|[[Baker C. Erik]]|VPM Decompression Program in Fortran|Baker C. Erik VPM Decompression Program in Fortran}} | ||
+ | {{Szablon:ArtykułPdf|[[Baker C. Erik]]|Introductory Deco Lessons|Baker C. Erik Introductory Deco Lessons}} | ||
+ | {{Szablon:ArtykułPdf|[[Baker C. Erik]]|Derivation of Gas Loading Equations|Baker C. Eric Derivation of Gas Loading Equations}} | ||
+ | {{Szablon:ArtykułPdf|[[Baker C. Erik]]|VPM Narrative Explanations|Baker C. Eric VPM Narrative Explanations}} | ||
+ | {{Szablon:ArtykułPdf|[[Baker C. Erik]], Yount E. David, Maiken B. Eric|Implications of the Varying Permeability Model for Reverse Dive Profiles|Baker C. Erik, Yount E. David, Maiken B. Eric, Implications of the Varying Permeability Model for Reverse Dive Profiles}} | ||
+ | {{Szablon:ArtykułPdf|[[Baker C. Erik]]|Clearing Up The Confusion About Deep Stops|Baker C. Eric Clearing Up The Confusion About Deep Stops}} | ||
+ | {{Szablon:ArtykułPdf|[[Baker C. Erik]]|Oxygen Toxicity Calculations|Baker C. Eric Oxygen Toxicity Calculations}} | ||
+ | {{Szablon:ArtykułPdf|PADI|Cmas Padi|Cmas Padi}} | ||
+ | {{Szablon:ArtykułPdf|[[Baker C. Erik]]|Understanding M-values|Baker C. Eric Understanding M-values}} | ||
+ | {{Szablon:ArtykułPdf|[[Baker C. Erik]]|VPM Solving for Impermeable Radius|Baker C. Eric VPM Solving for Impermeable Radius}} | ||
+ | {{Szablon:ArtykułPdf|[[Baker C. Erik]]|Derivation with Explanation of the VPM Dynamic Critical Volume Algorithm of Yount & Hoffman (1986)|Baker C. Erik Derivation with Explanation of the VPM Dynamic Critical Volume Algorithm of Yount & Hoffman (1986)}} | ||
+ | {{Szablon:ArtykułPdf|Wienke R. Bruce and O'Leary R. Timothy|Timothy Statistical correlations and risk analyses techniques for a diving dual phase|Wienke R. Bruce and O'Leary R. Timothy Statistical correlations and risk analyses techniques for a diving dual phase}} | ||
+ | {{Szablon:ArtykułHTML|Arieli Ran, Marmur Abraham|A biophysical vascular bubble model for devising decompression procedures|A biophysical vascular bubble model for devising decompression procedures}} | ||
+ | {{Szablon:ArtykułPdf|Maas Terry|The Case For Device To Manage Fridiver Blackout|Maas Terry The Case For Device To Manage Fridiver Blackout}} | ||
+ | {{Szablon:ArtykułPdf|MARRONI A., BENNETT P. B., CRONJE F. J., CALI-CORLEO R., GERMONPRE P., PIERI M., BONUCCELLI C., BALESTRA C.| A deep stop during decompression from 82 fsw (25 m) significantly reduces bubbles and fast tissue gas tensions|MARRONI A. Deep stop decompression}} | ||
+ | {{Szablon:ArtykułPdf|Pyle L. Richard | Confessions of a Mortal Diver|Pyle L. Richard Confessions of a Mortal Diver}} | ||
+ | {{Szablon:ArtykułPdf|Huggins Karl E.| New no-decompression tables based on new no-decompression limits determined by doppler ultrasonic buble detection|Karl E. Huggins New no-decompression tables}} | ||
+ | {{Szablon:ArtykułPdf|Wienke Bruce R.|Deepstops and Deep Helium |Bruce R. Wienke Deepstops and deep Helium}} | ||
+ | {{Szablon:ArtykułPdf|Wienke Bruce R.| Reduced Gradient Bubble Model|Bruce R. Wienke Reduced Gradient Bubble Model (RGBM)}} | ||
+ | {{Szablon:ArtykułPdf|Donald Kenneth W.|Oxygen Poisoning in Man part 1.|Donald Kenneth W. Oxygen Poisoning in Man}} | ||
+ | {{Szablon:ArtykułPdf|Donald Kenneth W.|Oxygen Poisoning in Man part 2.|Donald Kenneth W. Oxygen Poisoning in Man part 2.}} | ||
+ | {{Szablon:ArtykułHTML|Stuart Morrison|DIY Decompression|Stuart Morrison DIY Decompression}} | ||
+ | {{Szablon:ArtykułPdf|Autor Nieznany|Women and diving|Women and diving - Autor Nieznany}} | ||
+ | {{Szablon:ArtykułPdf|Zaferes Andrea|Women and diving|Andrea Zaferes Women and Diving}} | ||
+ | {{Szablon:ArtykułHTML|Bove Fred, MD, PhD |Diving Medicine|Fred Bove Diving Medicine}} | ||
+ | {{Szablon:ArtykułPdf|Autor Nieznany|Scuba diving history|Scuba diving history - Autor Nieznany}} | ||
+ | {{Szablon:ArtykułPdf|Hewitt Nigel|Decompression Theory For Goats|Nigel Hewitt Decompression Theory For Goats}} | ||
+ | {{Szablon:ArtykułPdf|Autor nieznany, BalticTech Conference 2009|Drysuit repair|Drysuit repair - Autor Nieznany, BalticTech Conference 2009}} | ||
+ | {{Szablon:ArtykułPdf|Martin DJ Sayer, Elaine Azzopardi, Arne Sieber|Decompression management by 43 models of dive computer: single square-wave exposures to between 15 and 50 metres’ depth|Martin DJ Sayer, Elaine Azzopardi, Arne Sieber Decompression management by 43 models of dive computer: single square-wave exposures to between 15 and 50 metres’ depth}} | ||
+ | {{Szablon:ArtykułPdf|Hamilton Robert W. Thalmann Ed|Decompression Practice|Hamilton Robert W. Thalmann Ed Decompression Practice}} | ||
+ | {{Szablon:ArtykułPdf|Nishi R.Y Tikuisis P. | CURRENT TRENDS IN DECOMPRESSION DEVELOPMENT STATISTICS AND DATA ANALYSIS| Nishi R.Y Tikuisis P. CURRENT TRENDS IN DECOMPRESSION DEVELOPMENT STATISTICS AND DATA ANALYSIS}} | ||
+ | {{Szablon:ArtykułPdf|H. D. VAN LIEW AND E. T. FLYNN|Decompression tables and dive-outcome data:graphical analysis|VAN LIEW H. D. FLYNN E. T. Decompression tables and dive-outcome data:graphical analysis.}} | ||
+ | {{Szablon:ArtykułPdf|P. K. Wleathersby, S. S. Survanshi, J. R. Hays, M. E. MacCallum | STATISTICALLY BASED DECOMPRESSION TABLES M: COMPARATIVE RISK USING U.S. NAVY, BRITISH, AND CANADIAN STANDARD AIR SCHEDULES|Wleathersby P. K. Survanshi S. S Hays J. R. MacCallum M. E. STATISTICALLY BASED DECOMPRESSION TABLES M: COMPARATIVE RISK USING U.S. NAVY, BRITISH, AND CANADIAN STANDARD AIR SCHEDULE}} | ||
+ | {{Szablon:ArtykułPdf|D.Carturan, A. Boussuges, G. Habib, B. Gardette, J.M. Sainty|Influence of Acent Rate on Venous Bubbles Detected After Recreational Divers|Carturan D. Boussuges A. Habib G. Gardette B. Sainty J.M. Influence of Acent Rate on Venous Bubbles Detected After Recreational Divers}} | ||
+ | {{Szablon:ArtykułPdf|Bennet P.B. Marroni A. Balestra C. Cali-Corleo R. Gemonopore P. Pieri M. Bounuccelli C.|What Ascent profile for the prevention of Decompresion Sickness? |Bennet P.B. Marroni A. Balestra C. Cali-Corleo R. Gemonopore P. Pieri M. Bounuccelli C. What Ascent profile for the prevention of Decompresion Sickness?}} | ||
+ | {{Szablon:ArtykułPdf|Goldman Saul|A new class of biophysical models for predicting the probability of decompression sickness in scuba diving.|Goldman S. A new class of biophysical models for predicting the probability of decompression sickness in scuba diving.}} | ||
+ | {{Szablon:ArtykułPdf|REINERTSEN R. E., FLOOK V., KOTENG S., BRUBAKK A. O.|Effect of oxygen tension and rate of pressure reduction during decompression on central gas bubbles.|REINERTSEN R. E., FLOOK V., KOTENG S., BRUBAKK A. O. Effect of oxygen tension and rate of pressure reduction during decompression on central gas bubbles.}} | ||
+ | {{Szablon:ArtykułPdf|SRINIVASAN SRINI R., GERTH WAYNE A.,POWELL MICHAEL R.|Mathematical models of diffusion-limited gas bubble dynamics in tissue.|SRINIVASAN SRINI R., GERTH WAYNE A.,POWELL MICHAEL R. Mathematical models of diffusion-limited gas bubble dynamics in tissue.}} | ||
+ | {{Szablon:ArtykułPdf|Dujic Z., Palada I.,Obad A., Duplancic D., Brubakk A. O., Valic Z.|Exercise-induced intrapulmonary shunting of venous gas emboli does not occur after open-sea diving.|Dujic Z., Palada I.,Obad A., Duplancic D., Brubakk A. O., Valic Z., Exercise-induced intrapulmonary shunting of venous gas emboli does not occur after open-sea diving.}} | ||
+ | [[kategoria:Nurkowanie]] | ||
+ | | ||
{{ArtykułyStopka}} | {{ArtykułyStopka}} |
Aktualna wersja na dzień 17:52, 23 kwi 2018
Autor | Tytuł | Link do artykułu |
---|---|---|
Marroni A., Corleo R. Cali, Balestra C. , Longobardi P. , Voellm E. , Pieri M. , Pepoli R. | Effects of the variation of Ascent Speed and Profile on the production of Circulating Venous Gas Emboli and the Incidence of DCI in Compressed Air Diving. | |
Marroni A., Corleo R. Cali, Balestra C. , Longobardi P. , Voellm E. , Pieri M. | WHAT ASCENT PROFILE FOR THE PREVENTION OF DECOMPRESSION SICKNESS | |
Wienke B.R. | MODERN DECOMPRESSION ALGORITHMS:MODELS, COMPARISONS, AND STATISTICS. | |
Maiken Eric | Why Argon? | |
Elliott David | TREATMENT OF DECOMPRESSION ILLNESS FOLLOWING MIXED GAS RECREATIONAL DIVES | |
WHITELEY J. P., GAVAGHAN D. J., HAHN C. E. W. | A tidal breathing model for the multiple inert gas elimination technique | |
Hesser CM, Fagraeus L, Adolfson J. | Roles of nitrogen, oxygen, and carbon dioxide in compressed-air narcosis. | |
Liberatore, Timothy C. | Risk analysis management of diving operation assessing human factors. | |
Pyle L. Richard | The Importance of Deep Safety Stops: Rethinking Ascent Patterns From Decompression Dives. | |
Wienke Bruce R. | On Validation of a Popular Sport Diving Decompression Model. | |
Wienke Bruce R., O’Leary Tim R. | RGBM for the Layperson | |
Praca zbiorowa | The Physiological Basis of decompresion | |
Autor Nieznany | Ratio Deco | |
Zaferes Andrea | Rethinking the Hit. | |
Hamilton Robert W. | Tolerating Exposure to High Oxigen Levels: Repex and Other Method. | |
Foster Philip P., Alan H. Feiveson, Roland Glowinski, Michael Izygon, Aladin M. Boriek. | A model for influence of exercise on formation and growth of tissue bubbles during altitude decompression. | |
Mitchell Simon J. Doolette David J. | Selective vulnerability of the inner ear to decompression sickness in divers with right-to-left shunt: the role of tissue gas supersaturation. | |
Germonpré P. Dendale P. Unger P. Balestra C. | Patent foramen ovale and decompression sickness in sports divers. | |
Yount David E. | Implications of the Varying Permeability Model for Reverse Dive Profiles. | |
Wienke Bruce R. | Phase Mechanics and Decompression Theory in Depth. | |
Bolek Wiktor | Temperatura mieszanki oddechowej za pierwszym stopniem automatu. | |
LONGPHRE J.M. , DENOBLE P.J. , MOON R.E. , VANN R.D. , FREIBERGER J.J. | First aid normobaric oxygen for the treatment of recreational diving injuries. | |
Baker Erik C. | CALCULATING THE NO-STOP TIME. | |
Brian Johnny E. Jr. | Current Thoughts on Mechanisms of Hyperoxic Seizures. | |
Kindwall Eric P. | Measurement of helium elimination from man during decompression breathing air or oxygen. | |
Autor Nieznany (http://www.scuba-doc.com) | Long Term Effects of Sport Diving | |
Brian Johnny E. Jr. | Gas Exchange, Partial Pressure Gradients, and the Oxygen Window. | |
Wienke Bruce R. | RGBM ALGORITHM OVERVIEW: CONCEPTS, BASES, VALIDATION, TESTING AND REFERENCES. | |
Boni M., Schibli R., P. Nussberger, A.A. | Buhlmann Diving at diminished atmospheric preassure: air decompression tables for different altitudes. | |
Wienke Bruce R., O’Leary Tim R. | Ins And Outs Of Mixed Gas Counterdiffusion. | |
Parker E. C., Survanshi S. S., Massell P. B., Weathersby P. K. | Probabilistic models of the role of oxygen in human decompression sickness. | |
Chappell Michael | Modelling and Measurement of Bubbles in Decompression Sickness. | |
Karreman George, Lambertsen Christian J. | Kinetics of Isobaric Counterdiffusion. | |
Winstanley Fred, Skorupka Rupert | Isobaric Counter Gas Transport (The 'Vestibular Bend'). | |
Doolette David J., Mitchell Simon J. | Biophysical basis for inner ear decompression sickness. | |
Briner Lance, Loflin Jeff | Isobaric Counterdiffusion (ICD). | |
Pendergast D. R., Lundgren C. E. G. | The underwater environment: cardiopulmonary, thermal, and energetic demands. | |
Dean Jay B., Mulkey Daniel K., Garcia Alfredo J., Putnam Robert W., Henderson Richard A. | Neuronal sensitivity to hyperoxia, hypercapnia, and inert gases at hyperbaric pressures. | |
D’Agostino Dominic P., Colomb Denis G. Jr., Dean Jay B. | Effects of hyperbaric gases on membrane nanostructure and function in neurons | |
Burton Steve | How to avoid a Isobaric Counter Diffusion hit | |
Lindholm Peter, Lundgren EG Claes | The physiology and pathophysiology of human breath-hold diving | |
Baker Erik C. | Gradient Factor Decompression Program in FORTRAN | |
Goldman Saul | Free energy wells for small gas bubbles in soft deformable materials. | |
VAN LIEW H. D., FLYNN E. T. | A simple probabilistic model for standard air dives that is focused on total decompression time. | |
Praca zbiorowa UMS | Isobaric Inert Gass Counterdiffusion | |
Behnke Albert R. | The Isobaric (Oxygen Window) Principle of Decompression | |
OMS | OMS Elastomeric Band Installation Guide | |
Butler, Frank K. JR. | Diving and Hyperbaric Ophthalmology | |
Hill E. Leonard | CAISSON SICKNESS AND THH PHYSIOLOGY OF WORK IN COMPRESSED AIR | |
Wienke R. Bruce | Diving and Deco History | |
Foster Philip P., Butler Bruce D. | Decompression to altitude: assumptions, experimental evidence, and future directions | |
Maiken E. | Bubble Decompression Strategies | |
Risberg J., Hope A. | Thermal insulation properties of argon used as a dry suit inflation gas. | |
HIMM J. F., HOMER L. D. | A model of extravascular bubble evolution: effect of changes in breathing gas composition | |
Moon Richard E. | Nitroglycerine: relief from the heartache of decompression sickness? | |
Bird Nick | Decompression Illness | |
Wienke R. Bruce | Decompression theorie | |
Mitchell, SJ; Bennett, MH; Bird, N; Doolette, DJ; Hobbs, GW; Kay, E; Moon, RE; Neuman, TS; Vann, RD; Walker, JR; Wyatt, HA | Recommendations for rescue of a submerged unresponsive compressed-gas diver | |
Kumar V. K. and Waligora M. James | The Effects of Different Rates of Ascent on the Incidence of Altitude Decompression Sickness | |
Baker C. Erik | VPM-B Program Update Explanation | |
Baker C. Erik | VPM Decompression Program in Fortran | |
Baker C. Erik | Introductory Deco Lessons | |
Baker C. Erik | Derivation of Gas Loading Equations | |
Baker C. Erik | VPM Narrative Explanations | |
Baker C. Erik, Yount E. David, Maiken B. Eric | Implications of the Varying Permeability Model for Reverse Dive Profiles | |
Baker C. Erik | Clearing Up The Confusion About Deep Stops | |
Baker C. Erik | Oxygen Toxicity Calculations | |
PADI | Cmas Padi | |
Baker C. Erik | Understanding M-values | |
Baker C. Erik | VPM Solving for Impermeable Radius | |
Baker C. Erik | Derivation with Explanation of the VPM Dynamic Critical Volume Algorithm of Yount & Hoffman (1986) | |
Wienke R. Bruce and O'Leary R. Timothy | Timothy Statistical correlations and risk analyses techniques for a diving dual phase | |
Arieli Ran, Marmur Abraham | A biophysical vascular bubble model for devising decompression procedures | |
Maas Terry | The Case For Device To Manage Fridiver Blackout | |
MARRONI A., BENNETT P. B., CRONJE F. J., CALI-CORLEO R., GERMONPRE P., PIERI M., BONUCCELLI C., BALESTRA C. | A deep stop during decompression from 82 fsw (25 m) significantly reduces bubbles and fast tissue gas tensions | |
Pyle L. Richard | Confessions of a Mortal Diver | |
Huggins Karl E. | New no-decompression tables based on new no-decompression limits determined by doppler ultrasonic buble detection | |
Wienke Bruce R. | Deepstops and Deep Helium | |
Wienke Bruce R. | Reduced Gradient Bubble Model | |
Donald Kenneth W. | Oxygen Poisoning in Man part 1. | |
Donald Kenneth W. | Oxygen Poisoning in Man part 2. | |
Stuart Morrison | DIY Decompression | |
Autor Nieznany | Women and diving | |
Zaferes Andrea | Women and diving | |
Bove Fred, MD, PhD | Diving Medicine | |
Autor Nieznany | Scuba diving history | |
Hewitt Nigel | Decompression Theory For Goats | |
Autor nieznany, BalticTech Conference 2009 | Drysuit repair | |
Martin DJ Sayer, Elaine Azzopardi, Arne Sieber | Decompression management by 43 models of dive computer: single square-wave exposures to between 15 and 50 metres’ depth | |
Hamilton Robert W. Thalmann Ed | Decompression Practice | |
Nishi R.Y Tikuisis P. | CURRENT TRENDS IN DECOMPRESSION DEVELOPMENT STATISTICS AND DATA ANALYSIS | |
H. D. VAN LIEW AND E. T. FLYNN | Decompression tables and dive-outcome data:graphical analysis | |
P. K. Wleathersby, S. S. Survanshi, J. R. Hays, M. E. MacCallum | STATISTICALLY BASED DECOMPRESSION TABLES M: COMPARATIVE RISK USING U.S. NAVY, BRITISH, AND CANADIAN STANDARD AIR SCHEDULES | |
D.Carturan, A. Boussuges, G. Habib, B. Gardette, J.M. Sainty | Influence of Acent Rate on Venous Bubbles Detected After Recreational Divers | |
Bennet P.B. Marroni A. Balestra C. Cali-Corleo R. Gemonopore P. Pieri M. Bounuccelli C. | What Ascent profile for the prevention of Decompresion Sickness? | |
Goldman Saul | A new class of biophysical models for predicting the probability of decompression sickness in scuba diving. | |
REINERTSEN R. E., FLOOK V., KOTENG S., BRUBAKK A. O. | Effect of oxygen tension and rate of pressure reduction during decompression on central gas bubbles. | |
SRINIVASAN SRINI R., GERTH WAYNE A.,POWELL MICHAEL R. | Mathematical models of diffusion-limited gas bubble dynamics in tissue. | |
Dujic Z., Palada I.,Obad A., Duplancic D., Brubakk A. O., Valic Z. | Exercise-induced intrapulmonary shunting of venous gas emboli does not occur after open-sea diving. |
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