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Results: 1-10 |
Results: 10
FORMATION OF THERMOTROPIC MESOPHASES IN C YCLOLINEAR ORGANOSILOXANE HOMOPOLYMER AND COPOLYMER BEARING HEXAALKYLCYCLOTETRASILOXANE FRAGMENTS
Authors: MAKAROVA NN PETROVA IM MATUKHINA EV GODOVSKII YK LAVRUKHIN BD
Citation: Nn. Makarova et al., FORMATION OF THERMOTROPIC MESOPHASES IN C YCLOLINEAR ORGANOSILOXANE HOMOPOLYMER AND COPOLYMER BEARING HEXAALKYLCYCLOTETRASILOXANE FRAGMENTS, Vysokomolekularnye soedinenia. Seria A, 39(10), 1997, pp. 1616-1624
SYNTHESIS OF ORGANOSILOXANES WITH REACTIVE GROUPS AT SILICON ATOMS
Authors: MAKAROVA NN ASTAPOVA TV LAVRUKHIN BD
Citation: Nn. Makarova et al., SYNTHESIS OF ORGANOSILOXANES WITH REACTIVE GROUPS AT SILICON ATOMS, Russian chemical bulletin, 45(4), 1996, pp. 914-919
INTERPLAY BETWEEN THE MOLECULAR-STRUCTURE AND THE FORMATION OF THERMOTROPIC MESOMORPHIC PHASES IN TRANS MICROTACTIC POLY[OXY(HEXAMETHYLCYCLOTETRASILOXANE-2,6-DIYL)]S
Authors: MATUKHINA EV BODA EE TIMOFEEVA TV GODOVSKII YK MAKAROVA NN PETROVA IM LAVRUKHIN BD
Citation: Ev. Matukhina et al., INTERPLAY BETWEEN THE MOLECULAR-STRUCTURE AND THE FORMATION OF THERMOTROPIC MESOMORPHIC PHASES IN TRANS MICROTACTIC POLY[OXY(HEXAMETHYLCYCLOTETRASILOXANE-2,6-DIYL)]S, Vysokomolekularnye soedinenia. Seria A, 38(9), 1996, pp. 1545-1555
SYNTHESIS AND STRUCTURE OF CYCLOLINEAR PO LYORGANOSILOXANES (REVIEW)
Authors: MAKAROVA NN GODOVSKII YK LAVRUKHIN BD
Citation: Nn. Makarova et al., SYNTHESIS AND STRUCTURE OF CYCLOLINEAR PO LYORGANOSILOXANES (REVIEW), Vysokomolekularnye soedinenia. Seria A, 37(3), 1995, pp. 375-393
INTRAMOLECULAR REARRANGEMENTS OF SILENES .2. SYNTHESIS OF 1-METHYL-1-HYDRO-1-SILAACENAPHTHENE FROM 1-METHYL-1-NAPHTHYL-1-SILACYCLOBUTANE VIA [4-]2- NOVEL 1,4-HYDROGEN SHIFT FROM ARYL CARBON TO SP(2) SILICON OFTHE SILICON-CARBON DOUBLE-BOND(2]THERMOCYCLODECOMPOSITION TRANSIENT SILENE REARRANGEMENT SEQUENCE )
Authors: GUSELNIKOV LE VOLKOVA VV LAVRUKHIN BD
Citation: Le. Guselnikov et al., INTRAMOLECULAR REARRANGEMENTS OF SILENES .2. SYNTHESIS OF 1-METHYL-1-HYDRO-1-SILAACENAPHTHENE FROM 1-METHYL-1-NAPHTHYL-1-SILACYCLOBUTANE VIA [4-]2- NOVEL 1,4-HYDROGEN SHIFT FROM ARYL CARBON TO SP(2) SILICON OFTHE SILICON-CARBON DOUBLE-BOND(2]THERMOCYCLODECOMPOSITION TRANSIENT SILENE REARRANGEMENT SEQUENCE ), Journal of organometallic chemistry, 492(1), 1995, pp. 4-7
TEMPERATURE-MEDIATED EVOLUTION OF PHASE-C OMPOSITION IN MESOMORPHIC ALTERNATING CYCLOLINEAR ORGANOSILOXANE COPOLYMERS WITH DIFFERENT SPATIAL ALIGNMENT OF ORGANOSILSESQUIOXANE ELEMENTS IN THE CHAIN
Authors: MAKAROVA NN GODOVSKII YK MATUKHINA EV LAVRUKHIN BD
Citation: Nn. Makarova et al., TEMPERATURE-MEDIATED EVOLUTION OF PHASE-C OMPOSITION IN MESOMORPHIC ALTERNATING CYCLOLINEAR ORGANOSILOXANE COPOLYMERS WITH DIFFERENT SPATIAL ALIGNMENT OF ORGANOSILSESQUIOXANE ELEMENTS IN THE CHAIN, Vysokomolekularnye soedinenia. Seria A, 36(1), 1994, pp. 63-68
SI-29 NMR-STUDY OF CONFIGURATIONS OF CYCLO-LINEAR POLYMETHYLSILOXANES
Authors: LAVRUKHIN BD MAKAROVA NN PETROVA IM
Citation: Bd. Lavrukhin et al., SI-29 NMR-STUDY OF CONFIGURATIONS OF CYCLO-LINEAR POLYMETHYLSILOXANES, Russian chemical bulletin, 42(8), 1993, pp. 1398-1404
LIQUID-CRYSTALLINE OLIGO[OXY(DECAORGANOCY CLOHEXASILOXY-2,8-DIYL)]S
Authors: MAKAROVA NN GODOVSKII YK MATUKHINA EV VOLKOVA LM LAVRUKHIN BD YAKUBOVICH OV
Citation: Nn. Makarova et al., LIQUID-CRYSTALLINE OLIGO[OXY(DECAORGANOCY CLOHEXASILOXY-2,8-DIYL)]S, Vysokomolekularnye soedinenia. Seria A, 35(2), 1993, pp. 136-144
SYNTHESIS, PHASE-TRANSITIONS, AND MESOMORPHIC STATE IN TRANSTACTIC CYCLOLINEAR ORGANOSILOXANE COPOLYMERS
Authors: MAKAROVA NN ASTAPOVA TV GODOVSKII YK MATUKHINA EV LAVRUKHIN BD YAKUBOVICH OV
Citation: Nn. Makarova et al., SYNTHESIS, PHASE-TRANSITIONS, AND MESOMORPHIC STATE IN TRANSTACTIC CYCLOLINEAR ORGANOSILOXANE COPOLYMERS, Vysokomolekularnye soedinenia. Seria A, 35(2), 1993, pp. 190-194
ETHYL ALPHA-CYANOACRYLATE IN THE MICHAEL REACTION
Authors: KANDROR II GALKINA MA BRAGINA IO LAVRUKHIN BD BELOKON YN GOLOLOBOV YG
Citation: Ii. Kandror et al., ETHYL ALPHA-CYANOACRYLATE IN THE MICHAEL REACTION, Bulletin of the Russian Academy of Sciences, Division of Chemical Sciences, 41(10), 1992, pp. 1928-1930
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