79 - 85 |
New life for thermal processes Vezirov RR, Obukhova SA, Telyashev EG |
86 - 89 |
Asphalt technologies and asphalt quality Kut'in YA, Telyashev EG, Viktorova GN |
90 - 93 |
Combined process for production of base oils and exhaustively deoiled waxes. Use of oscillating crystallizers Yakovlev SP, Zakharov VA, Boldinov VA, Esipko EA, Frolov AI, Voidashevich VV |
94 - 99 |
A comprehensive approach to processing asphalt from deasphalting of vacuum resid Dolmatov LV |
100 - 108 |
More exhaustive cracking of heavy petroleum feedstock. High pressure release Shlenskii OF |
109 - 112 |
Structure of the bubble layer in an asphalt oxidation tower Grudnikov IB, Grudnikova YI |
113 - 115 |
Heat-exchange equipment with spiral partitions. Industrial tests Chekmenev VG, Karmanov EV, Lebedev YN, Pod'yablonskaya TV, Klochkov IN |
116 - 119 |
Adsorption of hydrocarbon sorbates Boichenko SV, Shvets OV, Ivanov SV |
120 - 123 |
Octane-increasing composite additive based on ethanol Saidakhmedov SI, Kapustin VM, Saidakhmedov AI |
124 - 127 |
Alkali metalalcoholates as components of flushing oils Tupotilov NN, Ostrikov VV, Zhilin VV |
128 - 132 |
Petroleum substances with variable spin properties as pour depressants Andreeva LN, Berezovskaya MV, Unger FG |
133 - 141 |
Activity of a mechanical mixture of catalysts for reforming Mogalis MA, Kolesnikov SI, Kolesnikov IM |
142 - 143 |
A direct method of determining the water content in water-oil emulsions Zhernovoi AI |
144 - 149 |
Calculation of the high heat value of biofuels Semenov VG, Semenova DU, Slipushenko VP |
150 - 153 |
New laboratory methods for assessing motor oil quality Levin AY, Trofimova GL, Ivanova OV, Budanovskaya GA |
154 - 158 |
Exhaustive local treatment of refinery effluents to remove hydrogen sulfide and ammonia Andreev BV, Andrikanis VV |