| 171 - 176 |
A MULTIPLE-DEPTH-OF-INVESTIGATION ELECTROMAGNETIC-WAVE RESISTIVITY SENSOR - THEORY, EXPERIMENT, AND FIELD-TEST RESULTS
BITTAR MS, RODNEY PF, MACK SG, BARTEL RP |
| 177 - 183 |
RESERVOIR MONITORING IN LOW-SALINITY ENVIRONMENTS WITH PULSED-NEUTRON-CAPTURE AND GAMMA-RAY LOGS
MILLS AA |
| 184 - 188 |
APPLICATION OF X-RAY CT SCANNING TO DETERMINE GAS WATER RELATIVE PERMEABILITIES
MACALLISTER DJ, MILLER KC, GRAHAM SK, YANG CT |
| 189 - 193 |
MICROSCOPIC IMAGING OF POROUS-MEDIA WITH X-RAY COMPUTER-TOMOGRAPHY
JASTI JK, JESION G, FELDKAMP L |
| 194 - 200 |
PROTON MAGNETIC-RESONANCE AND PORE-SIZE VARIATIONS IN RESERVOIR SANDSTONES
HOWARD JJ, KENYON WE, STRALEY C |
| 201 - 207 |
WELL-TEST ANALYSIS WITH CHANGING WELLBORE STORAGE
HEGEMAN PS, HALLFORD DL, JOSEPH JA |
| 208 - 214 |
THE PERFORMANCE OF HYDRAULICALLY FRACTURED STIMULATED WELLS IN TIGHT GAS SANDS - A SOUTHERN NORTH-SEA EXAMPLE
OVENS JEV |
| 215 - 224 |
MODEL DIAGNOSIS FOR LAYERED RESERVOIRS
EHLLGECONOMIDES CA |
| 225 - 232 |
A NEW MODEL FOR A FRACTURED WELL IN A RADIAL, COMPOSITE RESERVOIR
CHU WC, SHANK GD |
| 233 - 240 |
USING ARTIFICIAL NEURAL NETS TO IDENTIFY THE WELL-TEST INTERPRETATION MODEL
ALKAABI AAU, LEE WJ |
