Feb 6, 1992 - (c) Krishnan, R.; Frisch, M. J.; Pople,. J. A. J. Chem. Phys. 1980,72, 4244. (17) (a) Ditchfield, R. Mol. Phys.1974, 27, 789. (b)Wolinsk...
Nov 1, 1992 - Fullerene Dications and Trications as Initiators in the Gas-Phase âBall-and-Chainâ Polymerization of Allene and Propyne: Observation of a Remarkable Periodicity in Chain Growth with Allene. Vladimir Baranov, Jinru Wang, Gholamreza J
PDF (733 KB) · Get e-Alerts ... Polymerization of Ionized Acetylene Clusters into Covalent Bonded Ions: Evidence for the Formation of Benzene Radical Cation.
May 5, 1992 - 1968,48,4561. (22) Beltran-Lopez, V.; Castro-Tello, J. J.Magn. Reson. 1982, 47,19. (23) Hurst, G.; Kraft, K.; Schultz, R.; Kreiliek, R. W. J. Magn.
Sun Young Lee , Dong Nam Shin , Soo Gyeong Cho , Kyung-Hoon Jung , Kwang Woo Jung. Journal of Mass Spectrometry 1995 30 (7), 969-976 ...
Mar 3, 2007 - Department of Chemistry, Hendrix College, 1600 Washington AVenue, Conway, Arkansas 72032. ReceiVed: August 15, 2006; In Final Form: ...
Mar 3, 2007 - Molecular clusters of BBr3 were subjected to electron ionization and mass analysis in a reflectron time-of- flight mass spectrometer. Five series ...
Jan 10, 2004 - Michael A. Watkins,â Jason M. Price,â ,â¡ Brian E. Winger,§ and Hilkka I. Kentta1maa*,â . Department of Chemistry, Purdue University, West ...
butene, and cis-2-butene) and their fast fragment ions has been investigated using a reflectron time-of-flight mass spectrometer. These ions were prepared by ...
(H2O)n with n ) 3-50 were stored in a collision-free environment, and their unimolecular fragmentation induced by the room temperature âblack bodyâ infrared ...
Size Dependence of Blackbody Radiation Induced Hydrogen Formation in Al(H2O)n Hydrated Aluminum Cations and Their Reactivity with Hydrogen Chloride.
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J . Am. Chem. SOC.1992, 114, 6926-6928
Table 11. Calculated Absolute NMR ShieldingsO 7-oxal2.2.llhericene (2) tetrakis(methylene)bicyclo12.2.0lhexane (3) o-xylylene (14) . .. . . , - _ . . basis e..n...ewr, d X Y enerw X Y enerw X ___.. 98.26 -479.153 92 64.04 -384.371 44 56.77 98.03 -307.553 27 66.02 6-31G** 100.21 -479.168 94 60.83 -384.382 94 53.67 100.37 -307.563 57 6-31 +G** 63.65 86.08 47.19 86.12 -384.43960 -307.608 44 5 1.35 6-311G** -479.25062 40.94 “Calculated with the GIAO method a t the SCF/6-31G** optimized geometries; unit is ppm. bTotal S C F energy; unit is hartree. ~
