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51. (hist.) ‎Long Term Effects of Sport Diving (http://www.scuba-doc.com) ‎[181 bajtów]
52. (hist.) ‎Wienke B.R. , MODERN DECOMPRESSION ALGORITHMS:MODELS, COMPARISONS, AND STATISTICS. ‎[181 bajtów]
53. (hist.) ‎Doolette David J., Mitchell Simon J., Biophysical basis for inner ear decompression sickness. ‎[184 bajty]
54. (hist.) ‎Filipiny ‎[184 bajty]
55. (hist.) ‎Octopus ‎[185 bajtów]
56. (hist.) ‎Chappell Michael, Modelling and Measurement of Bubbles in Decompression Sickness. ‎[186 bajtów]
57. (hist.) ‎B.R. Wienke, RGBM ALGORITHM OVERVIEW: CONCEPTS, BASES, VALIDATION, TESTING AND REFERENCES. ‎[186 bajtów]
58. (hist.) ‎Pete Mesley ‎[187 bajtów]
59. (hist.) ‎Zaferes Andrea, Rethinking the Hit. ‎[187 bajtów]
60. (hist.) ‎Sardynia ‎[188 bajtów]
61. (hist.) ‎Baker C. Eric Clearing Up The Confusion About Deep Stops ‎[189 bajtów]
62. (hist.) ‎Winstanley Fred, Skorupka Rupert, Isobaric Counter Gas Transport (The 'Vestibular Bend'). ‎[189 bajtów]
63. (hist.) ‎Wienke B.R. Phase Mechanics and Decompression Theory in Depth. ‎[189 bajtów]
64. (hist.) ‎Jeziora dimiktyczne ‎[190 bajtów]
65. (hist.) ‎Norberciak Marta Implanty piersi i nurkowanie. ‎[192 bajty]
66. (hist.) ‎Butler, Frank K. JR., Diving and Hyperbaric Ophthalmology ‎[192 bajty]
67. (hist.) ‎Behnke Albert R., The Isobaric (Oxygen Window) Principle of Decompression ‎[193 bajty]
68. (hist.) ‎Akwalung ‎[194 bajty]
69. (hist.) ‎Hill E. Leonard , CAISSON SICKNESS AND THH PHYSIOLOGY OF WORK IN COMPRESSED AIR ‎[194 bajty]
70. (hist.) ‎Granica czasu zerowego ‎[197 bajtów]
71. (hist.) ‎Yount David E., Implications of the Varying Permeability Model for Reverse Dive Profiles. ‎[197 bajtów]
72. (hist.) ‎Germonpré P. Dendale P. Unger P. Balestra C., Patent foramen ovale and decompression sickness in sports divers. ‎[197 bajtów]
73. (hist.) ‎Brian E. Johnny Wymiana gazowa, Gradient Ciśnienia Parcjalnego oraz Okienko Tlenowe ‎[201 bajtów]
74. (hist.) ‎Baker Erik C., CALCULATING THE NO-STOP TIME. ‎[201 bajtów]
75. (hist.) ‎Norberciak Marta Ciąża i nurkowanie. ‎[202 bajty]
76. (hist.) ‎Winda ‎[204 bajty]
77. (hist.) ‎Lista rysunków w internecie ‎[205 bajtów]
78. (hist.) ‎Hamilton Robert W., Tolerating Exposure to High Oxigen Levels: Repex and Other Method. ‎[205 bajtów]
79. (hist.) ‎Metatalassa ‎[206 bajtów]
80. (hist.) ‎Baker C. Erik Introductory Deco Lessons ‎[207 bajtów]
81. (hist.) ‎Liberatore, Timothy C., Risk analysis management of diving operation assessing human factors. ‎[207 bajtów]
82. (hist.) ‎Mieszanie gazów ‎[208 bajtów]
83. (hist.) ‎OMS, OMS Elastomeric Band Installation Guide ‎[208 bajtów]
84. (hist.) ‎Pyle L. Richard ,The Importance of Deep Safety Stops: Rethinking Ascent Patterns From Decompression Dives. ‎[209 bajtów]
85. (hist.) ‎Foster Philip P., Butler Bruce D., Decompression to altitude: assumptions, experimental evidence, and future directions ‎[211 bajtów]
86. (hist.) ‎Klub nurkowy ‎[212 bajtów]
87. (hist.) ‎Nurkowanie w prądzie ‎[212 bajtów]
88. (hist.) ‎VAN LIEW H. D., FLYNN E. T., A simple probabilistic model for standard air dives that is focused on total decompression time. ‎[212 bajtów]
89. (hist.) ‎Baker C. Erik Zrozumieć M-wartości ‎[213 bajtów]
90. (hist.) ‎Bruce R. Wienke Deepstops and deep Helium ‎[213 bajtów]
91. (hist.) ‎Kindwall Eric P. Measurement of helium elimination from man during decompression breathing air or oxygen. ‎[214 bajtów]
92. (hist.) ‎Polecane szkoły nurkowania ‎[215 bajtów]
93. (hist.) ‎VAN LIEW H. D. FLYNN E. T. Decompression tables and dive-outcome data:graphical analysis. ‎[215 bajtów]
94. (hist.) ‎Hesser CM, Fagraeus L, Adolfson J., Roles of nitrogen, oxygen, and carbon dioxide in compressed-air narcosis. ‎[215 bajtów]
95. (hist.) ‎HIMM J. F., HOMER L. D., A model of extravascular bubble evolution: effect of changes in breathing gas composition ‎[216 bajtów]
96. (hist.) ‎Andrea Zaferes Women and Diving ‎[217 bajtów]
97. (hist.) ‎Stuart Morrison DIY Decompression ‎[218 bajtów]
98. (hist.) ‎Drysuit repair - Autor Nieznany, BalticTech Conference 2009 ‎[218 bajtów]
99. (hist.) ‎Brian Johnny E. Jr., Current Thoughts on Mechanisms of Hyperoxic Seizures. ‎[218 bajtów]
100. (hist.) ‎J. P. WHITELEY, D. J. GAVAGHAN, C. E. W. HAHN, A tidal breathing model for the multiple inert gas elimination technique ‎[218 bajtów]
101. (hist.) ‎Utonięcie ‎[219 bajtów]
102. (hist.) ‎Ocieplacz ‎[221 bajtów]
103. (hist.) ‎Strefa bentonicza ‎[222 bajty]
104. (hist.) ‎Scuba Schools International (SSI) ‎[224 bajty]
105. (hist.) ‎Baker Erik C., Gradient Factor Decompression Program in FORTRAN ‎[224 bajty]
106. (hist.) ‎The Physiological Basis of decompresion - Praca zbiorowa ‎[224 bajty]
107. (hist.) ‎Pendergast D. R., Lundgren C. E. G.,The underwater environment: cardiopulmonary, thermal, and energetic demands. ‎[225 bajtów]
108. (hist.) ‎Parker E. C., Survanshi S. S., Massell P. B., Weathersby P. K. , Probabilistic models of the role of oxygen in human decompression sickness. ‎[231 bajtów]
109. (hist.) ‎Runtime ‎[232 bajty]
110. (hist.) ‎Master Scuba Diver Trainer PADI ‎[232 bajty]
111. (hist.) ‎Kawerna ‎[232 bajty]
112. (hist.) ‎Instruktor specjalizacji PADI ‎[233 bajty]
113. (hist.) ‎Choroba ciśnieniowa ‎[235 bajtów]
114. (hist.) ‎Jeziora polimiktyczne ‎[236 bajtów]
115. (hist.) ‎Baker C. Erik Derivation with Explanation of the VPM Dynamic Critical Volume Algorithm of Yount & Hoffman (1986) ‎[237 bajtów]
116. (hist.) ‎Cmas Padi ‎[237 bajtów]
117. (hist.) ‎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. ‎[238 bajtów]
118. (hist.) ‎Praca zbiorowa UMS, Isobaric Inert Gass Counterdiffusion ‎[239 bajtów]
119. (hist.) ‎Jeziora monomiktyczne ‎[241 bajtów]
120. (hist.) ‎Ostrogi ‎[244 bajty]
121. (hist.) ‎Bird Nick Decompression Illness ‎[245 bajtów]
122. (hist.) ‎SRINIVASAN SRINI R., GERTH WAYNE A.,POWELL MICHAEL R. Mathematical models of diffusion-limited gas bubble dynamics in tissue. ‎[248 bajtów]
123. (hist.) ‎Stopnie nurkowe ‎[250 bajtów]
124. (hist.) ‎Hypotalassa ‎[251 bajtów]
125. (hist.) ‎Jeziora meromiktyczne ‎[252 bajty]
126. (hist.) ‎Nurkowanie saturowane ‎[252 bajty]
127. (hist.) ‎Global Underwater Explorers (GUE) ‎[252 bajty]
128. (hist.) ‎Boni M., Schibli R., P. Nussberger, A.A. Buhlmann Diving at diminished atmospheric preassure: air decompression tables for different altitudes. ‎[252 bajty]
129. (hist.) ‎Hamilton Robert W. Thalmann Ed Decompression Practice ‎[254 bajty]
130. (hist.) ‎D’Agostino Dominic P., Colomb Denis G. Jr., Dean Jay B., Effects of hyperbaric gases on membrane nanostructure and function in neurons. ‎[255 bajtów]
131. (hist.) ‎Fred Bove Diving Medicine ‎[257 bajtów]
132. (hist.) ‎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. ‎[257 bajtów]
133. (hist.) ‎Marroni A., WHAT ASCENT PROFILE FOR THE PREVENTION OF DECOMPRESSION SICKNESS? ‎[258 bajtów]
134. (hist.) ‎Marroni A., WHAT ASCENT PROFILE FOR THE PREVENTION OF DECOMPRESSION SICKNESS ‎[259 bajtów]
135. (hist.) ‎Course Director PADI ‎[260 bajtów]
136. (hist.) ‎Krzyżak J. Zrozumieć Dekompresję ‎[262 bajty]
137. (hist.) ‎Centrum Nurkowe ‎[264 bajty]
138. (hist.) ‎Stacja Arctowskiego ‎[267 bajtów]
139. (hist.) ‎Barotrauma ‎[268 bajtów]
140. (hist.) ‎Lindholm Peter, Lundgren EG Claes, The physiology and pathophysiology of human breath-hold diving. ‎[269 bajtów]
141. (hist.) ‎Szelf ‎[270 bajtów]
142. (hist.) ‎Żyję Pod Wodą ‎[270 bajtów]
143. (hist.) ‎Baker C. Eric Understanding M-values ‎[271 bajtów]
144. (hist.) ‎Bolek Wiktor, Temperatura mieszanki oddechowej za pierwszym stopniem automatu. ‎[271 bajtów]
145. (hist.) ‎Oddychanie partnerskie ‎[273 bajty]
146. (hist.) ‎Przerwa powierzchniowa ‎[273 bajty]
147. (hist.) ‎Wielka Rafa Koralowa ‎[274 bajty]
148. (hist.) ‎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. ‎[274 bajty]
149. (hist.) ‎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. ‎[274 bajty]
150. (hist.) ‎Advanced Scuba Diver SDI ‎[277 bajtów]

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