| 203 - 205 |
NEW TRENDS IN ESTONIAN OIL SHALE INDUSTRY
Raukas A, Siirde A |
| 206 - 221 |
EFFECT OF ORGANIC MATTER CONTENT AND TYPE OF MINERAL MATTER ON THE OIL YIELD FROM OIL SHALES
Johannes I, Luik H, Bojesen-Koefoed JA, Tiikma L, Vink N, Luik L |
| 222 - 236 |
THERMOCHEMICAL CO-LIQUEFACTION OF ESTONIAN KUKERSITE OIL SHALE WITH PEAT AND PINE BARK
Krasulina J, Luik H, Palu V, Tamvelius H |
| 237 - 247 |
PHYSICAL AND MECHANICAL PARAMETERS OF BOREHOLE HYDRAULIC MINING OF NONG'AN OIL SHALE
Yan XC, Chen C, Liu XP, Zhang Q |
| 248 - 267 |
UTILIZATION OF OIL SHALE RETORT GAS
Soot PM, Voll H, Koiv TA |
| 268 - 278 |
ADSORPTION OF LEAD AND CADMIUM IONS FROM AQUEOUS SOLUTIONS BY MODIFIED OIL SHALE ASH
Zhu BL, Xiu ZM, Liu N, Bi HT, Lv CX |
| 279 - 294 |
THE STUDY OF HYDRATION AND CARBONATION REACTIONS AND CORRESPONDING CHANGES IN THE PHYSICAL PROPERTIES OF CO-DEPOSITED OIL SHALE ASH AND SEMICOKE WASTES IN A SMALL-SCALE FIELD EXPERIMENT
Sedman A, Talviste P, Kirsimae K |
| 295 - 302 |
DETERMINATION OF THE CALORIFIC VALUE OF SYSOLA OIL SHALE FROM GAMMA-GAMMA LOGGING DATA
Konanova NV, Lavrenko NS |
