| 162 - 163 |
EXECUTIVE SUMMARY
WARNER HR |
| 170 - 174 |
EXPERIMENTAL PHASE DENSITIES AND INTERFACIAL-TENSIONS FOR A CO2/SYNTHETIC-OIL AND A CO2/RESERVOIR-OIL SYSTEM
GASEM KAM, DICKSON KB, SHAVER RD, ROBINSON RL |
| 175 - 182 |
VISCOSITY, DENSITY, AND COMPOSITION MEASUREMENTS OF CO2/WEST TEXAS OIL SYSTEMS
LANSANGAN RM |
| 183 - 188 |
MOBILITY CONTROL EXPERIENCE IN THE JOFFRE VIKING MISCIBLE CO2 FLOOD
STEPHENSON DJ, GRAHAM AG, LUHNING RW |
| 189 - 194 |
AN EXPERIMENTAL AND MODELING STUDY OF MISCIBILITY RELATIONSHIP AND DISPLACEMENT BEHAVIOR FOR A RICH-GAS CRUDE-OIL SYSTEM
MANSOORI J, HAAG GL, BERGMAN DF |
| 195 - 200 |
BASE NUMBER AND WETTING PROPERTIES OF CRUDE OILS
DUBEY ST, DOE PH |
| 201 - 206 |
MICROVISUAL AND COREFLOOD STUDIES OF FOAM INTERACTIONS WITH A LIGHT CRUDE-OIL
SCHRAMM LL, TURTA AT, NOVOSAD JJ |
| 207 - 213 |
WAG MAY IMPROVE GAS-CONDENSATE RECOVERY
CULLICK AS, LU HS, JONES LG, COHEN MF, WATSON JP |
| 214 - 220 |
LARGE-SCALE PROPERTIES FOR FLOW-THROUGH A STRATIFIED MEDIUM -VARIOUS APPROACHES
AHMADI A, LABASTIE A, QUINTARD N |
| 221 - 227 |
PERMEABILITY MODIFICATION STIMULATOR STUDIES OF POLYMER-GEL-TREATMENT INITIATION TIME AND CROSS-FLOW EFFECTS ON WATERFLOOD OIL-RECOVERY
GAO HW, CHANG MM, BURCHFIELD TE, THAM MK |
| 228 - 232 |
A NOVEL METHOD OF DEVELOPING IN-DEPTH PERMEABILITY MODIFICATION USING SURFACTANT/ALCOHOL BLENDS
LLAVE FM, BURCHFIELD TE, DOBSON RE |
