207 - 210 |
MORE OUT FROM OIL SHALE? Soesoo A |
211 - 224 |
CALCULATION OF THE AMOUNT OF ESTONIAN OIL SHALE PRODUCTS FROM COMBUSTION IN REGULAR AND OXY-FUEL MODE IN A CFB BOILER Konist A, Loo L, Valtsev A, Maaten B, Siirde A, Neshumayev D, Pihu T |
225 - 237 |
CHARACTERISTICS AND DISTRIBUTIONS OF MARINE PALEO-RESERVOIRS IN THE NORTHERN MARGIN OF THE JIANGNAN-XUEFENG UPLIFT, SOUTHERN CHINA Deng DF, Mei LF, Shen CB, Liu ZQ, Tang JG, Fan YF |
238 - 249 |
APPLICATION OF A TUBULAR FLOW REACTOR FOR OIL SHALE PYRO-GASIFICATION Pechenegov YY, Simonov VF, Semyonov BA, Kosova OY, Mrakin AN |
250 - 265 |
PYROLYSIS KINETICS OF NORTH-KOREAN OIL SHALE Wang W, Li SY, Li LY, Ma Y, Yue CT, He JL |
266 - 277 |
GEOCHEMISTRY OF RARE EARTH AND OTHER TRACE ELEMENTS IN CHINESE OIL SHALE Wang Q, Bai JR, Ge JX, Wei YZ, Li SY |
278 - 288 |
APPLICATION OF FLAC3D FOR SIMULATION OF THE BOREHOLE HYDRAULIC MINING OF NONG'AN OIL SHALE Zhao GJ, Chen C, Dong XJ, Qian F, Wang W, Gao S |
289 - 303 |
BIOMASS ALLOCATION, LEAF AND FINE ROOT MORPHOLOGICAL ADAPTATIONS IN YOUNG BLACK ALDER (Alnus glutinosa (L.) Gaertn.), SILVER BIRCH (Betula pendula Roth.) AND SCOTS PINE (Pinus sylvestris L.) PLANTATIONS ON RECLAIMED OIL SHALE POST-MINING AREAS Kuznetsova T, Lukjanova A, Ots K, Rosenvald K, Ostonen I, Lohmus K |
304 - 311 |
Investigation of the physical properties of oil shale of the Estonian deposit In memoriam Reinsalu E |