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Results: 1-13 |
Results: 13
MOLECULAR AND ELECTRONIC-STRUCTURES OF SOME TRIMERS OF POLYHEDRAL CARBON CLUSTERS
Authors: GALPERN EG STANKEVICH IV CHISTYAKOV AL CHERNOZATONSKII LA
Citation: Eg. Galpern et al., MOLECULAR AND ELECTRONIC-STRUCTURES OF SOME TRIMERS OF POLYHEDRAL CARBON CLUSTERS, Russian chemical bulletin, 47(1), 1998, pp. 1-7
ENERGY-BAND STRUCTURE FEATURES OF SOME CRIMPED-SHAPE NANOTUBES
Authors: GALPERN EG STANKEVICH IV CHISTYAKOV AL CHERNOZATONSKII LA
Citation: Eg. Galpern et al., ENERGY-BAND STRUCTURE FEATURES OF SOME CRIMPED-SHAPE NANOTUBES, Fullerene science and technology, 6(3), 1998, pp. 499-509
POLYMERS FROM C-60 BARRELENES
Authors: CHERNOZATONSKII LA GALPERN EG STANKEVICH IV
Citation: La. Chernozatonskii et al., POLYMERS FROM C-60 BARRELENES, JETP letters, 67(9), 1998, pp. 712-719
HETEROATOMIC NANOTUBES WITH QUASI-ONE-DIMENSIONAL SUPERLATTICE STRUCTURE
Authors: GALPERN EG PINYASKIN VV STANKEVICH IV CHERNOZATONSKII LA
Citation: Eg. Galpern et al., HETEROATOMIC NANOTUBES WITH QUASI-ONE-DIMENSIONAL SUPERLATTICE STRUCTURE, JOURNAL OF PHYSICAL CHEMISTRY B, 101(5), 1997, pp. 705-709
SIMULATION OF THE STRUCTURE OF SOME SILICON-CARBIDE CLUSTERS BY THE MNDO METHOD
Authors: PINYASKIN VV GALPERN EG STANKEVICH IV CHISTYAKOV AL
Citation: Vv. Pinyaskin et al., SIMULATION OF THE STRUCTURE OF SOME SILICON-CARBIDE CLUSTERS BY THE MNDO METHOD, Russian chemical bulletin, 46(1), 1997, pp. 49-51
MODELS OF THE STABLE DUMBBELL-LIKE C-120 CLUSTER AND CRIMPED NANOTUBES CONSTRUCTED FROM C-60 FULLERENES
Authors: GALPERN EG STANKEVICH IV CHISTYAKOV AL CHERNOZATONSKII LA
Citation: Eg. Galpern et al., MODELS OF THE STABLE DUMBBELL-LIKE C-120 CLUSTER AND CRIMPED NANOTUBES CONSTRUCTED FROM C-60 FULLERENES, Chemical physics letters, 269(1-2), 1997, pp. 85-87
MOLECULAR AND ELECTRONIC-STRUCTURE OF SOME BINARY POLYHEDRAL CLUSTERS
Authors: STANKEVICH IV CHISTYAKOV AL GALPERN EG GAMBARYAN NP
Citation: Iv. Stankevich et al., MOLECULAR AND ELECTRONIC-STRUCTURE OF SOME BINARY POLYHEDRAL CLUSTERS, Journal of structural chemistry, 36(6), 1995, pp. 893-899
FULLERENE C-60 AS A ETA(5)-LIGAND AND ETA(6)-LIGAND IN SANDWICH-TYPE PI-COMPLEXES WITH TRANSITION-METALS
Authors: GALPERN EG GAMBARYAN NP STANKEVICH IV CHISTYAKOV AL
Citation: Eg. Galpern et al., FULLERENE C-60 AS A ETA(5)-LIGAND AND ETA(6)-LIGAND IN SANDWICH-TYPE PI-COMPLEXES WITH TRANSITION-METALS, Russian chemical bulletin, 43(4), 1994, pp. 547-550
TORELENES (T)-C(N) AS A NEW CLASS OF CARBON CLUSTERS - ELECTRONIC-STRUCTURE OF (T)-C200, (T)-C210, (T)-C276, AND (T)-C408
Authors: GALPERN EG STANKEVICH IV CHISTYAKOV AL CHERNOZATONSKII LA
Citation: Eg. Galpern et al., TORELENES (T)-C(N) AS A NEW CLASS OF CARBON CLUSTERS - ELECTRONIC-STRUCTURE OF (T)-C200, (T)-C210, (T)-C276, AND (T)-C408, Fullerene science and technology, 2(1), 1994, pp. 1-11
SPECTRAL THEORY OF GRAPHS IN CHEMISTRY .1. PROJECTION OPERATORS AND CANONICAL NUMERATION OF GRAPH VERTICES
Authors: STANKEVICH IV GALPERN EG CHISTYAKOV AL BASKIN II SKVORTSOVA MI ZEFIROV NS TOMILIN OB
Citation: Iv. Stankevich et al., SPECTRAL THEORY OF GRAPHS IN CHEMISTRY .1. PROJECTION OPERATORS AND CANONICAL NUMERATION OF GRAPH VERTICES, Journal of chemical information and computer sciences, 34(5), 1994, pp. 1105-1108
POLYHEDRAL BORON-NITRIDE MOLECULES
Authors: STANKEVICH IV CHISTYAKOV AL GALPERN EG
Citation: Iv. Stankevich et al., POLYHEDRAL BORON-NITRIDE MOLECULES, Russian chemical bulletin, 42(10), 1993, pp. 1634-1636
CARBON NANOTUBES WITH METAL INSIDE - ELECTRON-STRUCTURE OF TUBELENES [LI-AT-C24]N AND [K-AT-C36]N
Authors: GALPERN EG STANKEVICH IV CHISTYKOV AL CHERNOZATONSKII LA
Citation: Eg. Galpern et al., CARBON NANOTUBES WITH METAL INSIDE - ELECTRON-STRUCTURE OF TUBELENES [LI-AT-C24]N AND [K-AT-C36]N, Chemical physics letters, 214(3-4), 1993, pp. 345-348
NEW STRUCTURE OF CLUSTER C-84 WITH ENERGY CHARACTERISTICS SIMILAR TO THOSE OF FULLERENE C-60
Authors: GALPERN EG SOKOLOV VI STANKEVICH IV CHISTYAKOV AL
Citation: Eg. Galpern et al., NEW STRUCTURE OF CLUSTER C-84 WITH ENERGY CHARACTERISTICS SIMILAR TO THOSE OF FULLERENE C-60, Bulletin of the Russian Academy of Sciences, Division of Chemical Sciences, 41(9), 1992, pp. 1719-1720
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