AAAAAA

   
Results: 1-25 | 26-50 | 51-62 |
Results: 51-62/62
Ionization potentials of LinO (2 <= n <= 70) clusters: Experiment and theory
Authors: Lievens, P Thoen, P Bouckaert, S Bouwen, W Vanhoutte, F Weidele, H Silverans, RE Navarro-Vazquez, A Schleyer, PV
Citation: P. Lievens et al., Ionization potentials of LinO (2 <= n <= 70) clusters: Experiment and theory, J CHEM PHYS, 110(21), 1999, pp. 10316-10329
Crossed beams reaction of atomic carbon, C(P-3(j)), with d(6)-benzene, C6D6(X(1)A(1g)): Observation of the per-deutero-1,2-didehydrocycloheptatrienylradical, C7D5((XB2)-B-2)
Authors: Kaiser, RI Hahndorf, I Huang, LCL Lee, YT Bettinger, HF Schleyer, PV Schaefer, HF Schreiner, PR
Citation: Ri. Kaiser et al., Crossed beams reaction of atomic carbon, C(P-3(j)), with d(6)-benzene, C6D6(X(1)A(1g)): Observation of the per-deutero-1,2-didehydrocycloheptatrienylradical, C7D5((XB2)-B-2), J CHEM PHYS, 110(13), 1999, pp. 6091-6094
Solid state and solution structures of 9-vertex arachno boron hydride clusters. An ab initio IGLO NMR study
Authors: Hofmann, M Schleyer, PV
Citation: M. Hofmann et Pv. Schleyer, Solid state and solution structures of 9-vertex arachno boron hydride clusters. An ab initio IGLO NMR study, INORG CHEM, 38(4), 1999, pp. 652-660
4,6-dicarba-8-thia-arachno-nonaborane(10) revisited. Theoretical refinement of its structure
Authors: Hnyk, D Hofmann, M Schleyer, PV
Citation: D. Hnyk et al., 4,6-dicarba-8-thia-arachno-nonaborane(10) revisited. Theoretical refinement of its structure, COLL CZECH, 64(6), 1999, pp. 993-1000
Synthesis of stable 2-silanaphthalenes and their aromaticity
Authors: Wakita, K Tokitoh, N Okazaki, R Nagase, S Schleyer, PV Jiao, HJ
Citation: K. Wakita et al., Synthesis of stable 2-silanaphthalenes and their aromaticity, J AM CHEM S, 121(49), 1999, pp. 11336-11344
Hyperconjugative pi-aromaticity: How to make cyclopentadiene aromatic
Authors: Nyulaszi, L Schleyer, PV
Citation: L. Nyulaszi et Pv. Schleyer, Hyperconjugative pi-aromaticity: How to make cyclopentadiene aromatic, J AM CHEM S, 121(29), 1999, pp. 6872-6875
Ab initio study of isomerism in hydride and halide LAB(3) salt molecules and ion-molecular complexes with pyramidal ligands bearing 8 and 26 valence electrons (L = Li and Na; A = C, Si, N+, and P+; and B = H, F and Cl)
Authors: Charkin, OP McKee, ML Klimenko, NM Schleyer, PV
Citation: Op. Charkin et al., Ab initio study of isomerism in hydride and halide LAB(3) salt molecules and ion-molecular complexes with pyramidal ligands bearing 8 and 26 valence electrons (L = Li and Na; A = C, Si, N+, and P+; and B = H, F and Cl), ZH NEORG KH, 43(8), 1998, pp. 1332-1345
Ab initio study of structure and stability of LAB(3) hydride and halide complex molecules (L = Li, Na; A = Be, Mg, B+, Al+; and B = F, Cl, H)
Authors: Charkin, OP McKee, ML Schleyer, PV
Citation: Op. Charkin et al., Ab initio study of structure and stability of LAB(3) hydride and halide complex molecules (L = Li, Na; A = Be, Mg, B+, Al+; and B = F, Cl, H), ZH NEORG KH, 43(3), 1998, pp. 474-487
Ab initio study of the structure and rearrangements of nonrigid salt molecules Li2BeX4 and LiMgX4 and Li2BX4+ and ions Li2AlX4+ (X = H and F)
Authors: Charkin, OP McKee, ML Charkin, DO Schleyer, PV
Citation: Op. Charkin et al., Ab initio study of the structure and rearrangements of nonrigid salt molecules Li2BeX4 and LiMgX4 and Li2BX4+ and ions Li2AlX4+ (X = H and F), ZH NEORG KH, 43(3), 1998, pp. 488-500
Ab initio study of isomerism in LiAB(2) salt molecules with 16 valence electrons
Authors: Charkin, OP McKee, ML Schleyer, PV
Citation: Op. Charkin et al., Ab initio study of isomerism in LiAB(2) salt molecules with 16 valence electrons, ZH NEORG KH, 43(2), 1998, pp. 280-293
Ab initio study of the isomerism of LAB(2) salt molecules with 18 valence electrons
Authors: Charkin, OP McKee, ML Klimenko, NM Schleyer, PV
Citation: Op. Charkin et al., Ab initio study of the isomerism of LAB(2) salt molecules with 18 valence electrons, ZH NEORG KH, 43(2), 1998, pp. 294-302
The large closo-borane dianions, BnHn2- (n = 13-17) are aromatic, why are they unknown?
Authors: Schleyer, PV Najafian, K Mebel, AM
Citation: Pv. Schleyer et al., The large closo-borane dianions, BnHn2- (n = 13-17) are aromatic, why are they unknown?, INORG CHEM, 37(26), 1998, pp. 6765-6772
Risultati: 1-25 | 26-50 | 51-62 |