| 162 - 163 |
EXECUTIVE SUMMARY
ERTEKIN T |
| 164 - 164 |
PUBLISHING - IMPORTANT PHASE IN RESEARCH PROCESS
LUCIA FJ |
| 165 - 174 |
AZIMUTHAL RESISTIVITY IMAGING - A NEW-GENERATION LATEROLOG
DAVIES DH, FAIVRE O, GOUNOT MT, SEEMAN B, TROUILLER JC, BENIMELI D, FERREIRA A, PITTMAN DJ, RANDRIANAVONY M, SMITS JW, ANDERSON BI, LOVELL J |
| 175 - 184 |
GEOLOGIC AND HYDROLOGIC CHARACTERIZATION OF COALBED-METHANE RESERVOIRS IN THE SAN-JUAN BASIN
KAISER WR, AYERS WB |
| 185 - 192 |
COMPARISON OF DIFFERENT TECHNIQUES FOR OBTAINING CAPILLARY-PRESSURE DATA IN THE LOW-SATURATION REGION
MELROSE JC, DIXON JR, MALLINSON JE |
| 193 - 199 |
A NEW, FAST, ACCURATE PRESSURE-DECAY PROBE PERMEAMETER
JONES SC |
| 200 - 208 |
OIL-RECOVERY BY IMBIBITION IN LOW-PERMEABILITY CHALK
CUIEC L, BOURBIAUX B, KALAYDJIAN F |
| 209 - 212 |
CHARACTERIZATION OF DEVONIAN SHARES WITH X-RAY COMPUTED-TOMOGRAPHY
WATSON AT, MUDRA J |
| 213 - 218 |
EFFECT OF FIRING ON PETROPHYSICAL PROPERTIES OF BEREA SANDSTONE
MA SX, MORROW NR |
| 219 - 227 |
EFFECT OF WELLBORE STORAGE ON THE ANALYSIS OF MULTIPHASE-FLOW-PRESSURE DATA
HATZIGNATIOU DG, PERES AMM, REYNOLDS AC |
| 228 - 236 |
TESTING INJECTION WELLS WITH RATE AND PRESSURE DATA
RAMAKRISHNAN TS, KUCHUK FJ |
| 237 - 238 |
DISCUSSION OF USING ARTIFICIAL NEURAL NETS TO IDENTIFY THE WELL-TEST INTERPRETATION MODEL
YEUNG KC, CHAKRABARTY C, WU S |
| 238 - 238 |
DISCUSSION OF USING ARTIFICIAL NEURAL NETS TO IDENTIFY THE WELL-TEST INTERPRETATION MODEL - REPLY
ALKAABI AU, LEE WJ |
| 239 - 239 |
DISCUSSION OF PRODUCTION LOGGING AS AN INTEGRAL-PART OF HORIZONTAL-WELL TRANSIENT-PRESSURE TEST
BABU DK, ODEH AS |
| 240 - 240 |
DISCUSSION OF PRODUCTION LOGGING AS AN INTEGRAL-PART OF HORIZONTAL-WELL TRANSIENT-PRESSURE TEST - REPLY
AHMED U, BADRY RA |
