| 231 - 235 |
Chemmotological Principle of Evaluating Deposit Forming Tendency of Automotive Motor Oils
Chudinovskikh AL |
| 236 - 244 |
Method of Evaluation of Deposit Forming Tendency of Automotive Gasolines in Injection Systems in Osv-01 Motorless Unit
Yakovlev AV, Murashkina AV, Shatalov KV |
| 245 - 251 |
Experimental Failure-Mechanism Analysis of 4A Zeolites Used for Natural-Gas Drying
Li CJ, Jia WL, Wu X |
| 252 - 256 |
Tests of Imidazoline-Based Corrosion Inhibitors for Low-Carbon Steel Tending to Absorb Hydrogen in Acidic Media
Plotnikova MD, Tiunov IA, Novikov AA, Khrenova AA, Shein AB |
| 257 - 267 |
Improved Method for Calculating Minimum Miscibility Pressure for Gas Flooding
Hou DL, He YM, Luo PY, Sun L, Tang Y, Pan Y |
| 268 - 279 |
Theoretical Study of the Gas Slippage Effect in the Pore Space of Tight Sandstones in the Presence of a Water Phase
Lei G, Dong PC, Mo SY, Wu ZS |
| 280 - 293 |
Study of Startup Parameters Triggering Water Cresting in Wells in Bottom-Water Reservoirs
Yue P, Chen XF, Liu HH, Jia H |
| 294 - 307 |
Development and Use of a Downhole System for Measuring Drilling Engineering Parameters
Ma TS, Chen P |
| 308 - 319 |
Analysis of the Critical Buckling Loads and Contact Loads on Coiled Tubing String in a Vertical Microhole
Hou XJ, He J, Sun TF |
| 320 - 324 |
Possibility of Determining Relative Density of Lubricating Oil Fractions from Photoimages
Dolomatov MY, Shulyakovskaya DO, Manapov RS |
| 325 - 329 |
Small-Volume Viscometer for Determining the Kinematic Viscosity of Liquid Lubricants
Koval'skii BI, Petrov ON, Shram VG, Artemov MN |
| 330 - 330 |
A Model of the Fractal Fluid Loss Coefficient and its Effect on Fracture Length and Well Productivity (vol 51, pg 168, 2015)
Ji GF, Yang ZZ, Li XG, Lu YJ, Luo D |
| 331 - 331 |
Development of a Drilling Fluid with High Calcium and Salt Tolerance (vol 51, pg 61, 2015)
Li H, Wang Y, Wang J, Luo ZM |
