Page 406 - Geology and Geochemistry of Oil and Gas
P. 406
SUBJECT INDEX 367
gas density, 106 hypergenetically altered crude oils, 97
gas migration, 286 hypergenetic alteration, 98
gas solubility in oil, 177
gas viscosity, 109 inductive approach, 4
gas-cap drive, 187, 188 Inert gases, 105
gas-condensate accumulations, 176 infrared spectroscopy, 98
gas-hydrate, 110 intensity of subsidence, 265
genetic potential, 131 inertinite, 119
genetic types of crude oils, 95, 96 interohuminite, 119
geologic system, 15, 205 intuitive systems approach, 1
geochemical classification of crude oils, infiltration drive, 81–82
97 interfacial tension, 45, 280
geosystem identification, 12 intermediate water, 86
geothermal gradient, 59
irreducible water, 277
Gipsland and Cooper basins of Australia,
Ishimbay group of fields, 37
124
isotope composition of natural gases, 103,
Goldsmith San Andres Dolomite Pool in
105
West Texas, 187, 188
isotope composition of water, 75
grain-to-grain stress, 65 Izbaskent Field, 114
gravity-drainage, 191, 192
gravity segregation of oil and gas, 187
Jamin effect, 160, 284
gravitational force, 161
gravity water, 80
Kala Formation, 214, 255
Karachukhur–Zykh–Gousany–Gum
H 2 S content, 103 Deniz–Turkyany anticlinal trend, 214
hard water, 73, 239, 292
kerogen, 118, 125, 126, 130–131, 141
helium, 103
kinematic viscosity, 244, 247–249
He/Ar ratio, 105
Kozeny–Carman equation, 220
heat conductivity, 45, 71
heavy-mineral content, 243
Helium–Argon Technique, 170 lateral migration, 161
Leduc D-3 Pool, 193
Henry’s law, 178
lipid compounds, 125
heterogeneity, 154, 212–213, 215
heterogeneity entropy, 214 liptinite, 119, 124
hierarchical classification, 6 lithite, 241
huminite, 119 lithofacies, 19
hydrate formation, 109 lithofluidal system, 208
hydraulically trapped oil and gas lithogenesis, 121
accumulations, 196 Lopatin’s technique, 118
hydraulic forces, 196 lower edge water, 85
hydraulic fracturing, 44, 182 Lower Kura Depression, 58–59, 63, 222, 223,
hydrocarbon gases, 110 229, 231
hydrocarbon reserves, 266 lower water, 86
hydrofracturing, 140
hydrogen, 103 magnesium chloride type water, 78
hydrogen sulfide geochemical facies, 136 main phase of oil and gas generation, 129
hydrodynamic systems, 167 massive reservoirs, 37, 38
hydrogen isotopes, 75 mathematical simulation, 209
