J. C. Sheldon

发表

A cybernetic theory of physical science professions: The causes of periodic normal and revolutionary science between 1000 and 1870AD

J. C. Sheldon, J. C. Sheldon, 1980, Scientometrics.

The oxyisocyanate [ONCO]− and amidoisocyanate [HNNCO]− negative ions

R. J. Waugh, J. C. Sheldon, J. Bowie, 1989 .

Addition Compounds of Metal Halides with POX3 Compounds

S. Y. Tyree, J. C. Sheldon, 1958 .

The gas phase 1,2-Wittig rearrangement is an anion reaction. A joint experimental and theoretical study

J. C. Sheldon, Mark S. Taylor, J. Bowie, 1999 .

The synthesis and structure of the symmetrical isomer of C5H

J. C. Sheldon, S. Blanksby, J. Bowie, 1997 .

The synthesis and structures of C5H– and C5–˙

J. C. Sheldon, J. Bowie, S. Dua, 1995 .

The methyleneketene radical anion

J. C. Sheldon, J. Bowie, S. Dua, 1994 .

Collision induced dissociations of carbanions in the gas phase: the formation of vinylidene carbene intermediates from deprotonated prop-2-ynyl ethers

J. C. Sheldon, J. Bowie, S. Dua, 1994 .

Does MeCO− undergo 1,2-hydride ion transfer to yield −CH2CHO in the gas-phase? The application of experiment and theory in concert

J. C. Sheldon, K. Downard, J. Bowie, 1988 .

Nucleophilic substitution in the gas phase. The reactions of alkoxide-alkanol negative ions with boron, carbon, silicon, and titanium alkoxides. An ion cyclotron resonance and ab initio study

J. C. Sheldon, J. Bowie, N. Nibbering, 1987 .

Polynuclear Complexes of Molybdenum(II)

J. C. Sheldon, 1959, Nature.

The Donor Properties of POCl3, SeOCl2, CH3COCl, SOCl2and VOCl3

S. Y. Tyree, J. C. Sheldon, 1959 .

Are the elusive ions mercaptomethyl(-CH2SH), hydroxymethyl(-CH2OH), and aminomethyl(-CH2NH2) detectable in the gas phase? A joint ab initio/experimental approach

J. C. Sheldon, K. Downard, J. Bowie, 1989 .

Gas-phase negative ion chemistry of organosilanes

J. C. Sheldon, R. Damrauer, J. Bowie, 1987 .

76. Bromo- and iodo-molybdenum(II) compounds

J. C. Sheldon, 1962 .

The bis(methylene) metaphosphite, [P(CH2)2]–, and tris(methylene) metaphosphate, [P(CH2)3]–, families of anions. An experimental and ab initio study

J. C. Sheldon, J. Bowie, R. O’Hair, 1988 .

The effect of non-dynamical electron correlation on the cis-trans conformational isomerism of H2Fe(CO)4

J. C. Sheldon, A. Dedieu, S. Nakamura, 1987 .

Elimination of Molecular Hydrogen and Methane from Collision-Activated Alkoxide Negative Ions in the gas Phase. Anab initioand Isotope Effect Study

J. C. Sheldon, J. Bowie, R. Hayes, 1985 .

Elimination of dihydrogen from collision-activated alkoxide negative ions in the gas phase. An ab initio and isotope effect study

J. C. Sheldon, J. Bowie, R. Hayes, 1984 .

Collision-induced dissociations of aryl-substituted alkoxide ions. Losses of dihydrogen and rearrangement processes

J. C. Sheldon, M. Raftery, J. Bowie, 1988 .

An ab initio and ion cyclotron resonance study of the reactions between alkoxide negative ions and silane systems. Stable adduct formation, and nucleophilic displacement reactions

J. C. Sheldon, G. Klass, J. Bowie, 1981 .

Gas-phase reaction of silyl and trimethylsilyl anions. The formation of silicon-oxygen and silicon-sulfur bonds. A flowing afterglow and ab initio study

J. C. Sheldon, R. Damrauer, J. Bowie, 1986 .

The mechanisms of alkane eliminations from the intermediates produced by reactions of the hydroxide and methoxide negative ions with tetramethylsilane in the gas phase

J. C. Sheldon, J. Bowie, C. DePuy, 1987 .

Do carbanions undergo 1,2 hydrogen transfers in the gas phase?

J. C. Sheldon, G. W. Adams, J. Bowie, 1996 .

Gas-Phase Ion Chemistry of Siloxide and Silamide Ions by Using the Flowing Afterglow. Unusual Rearrangements Involving SiO and SiS Bond Formation

J. C. Sheldon, R. Damrauer, J. Bowie, 1989 .

Carbanion rearrangements. The collision-induced losses of ketene from acetylacetone enolate anions

J. C. Sheldon, J. Bowie, R. Hayes, 1986 .

DO BARRIERS EXIST FOR NUCLEOPHILIC SUBSTITUTION AT TETRAVALENT SILICON IN THE GAS PHASE? AN AB INITIO AND ION CYCLOTRON RESONANCE STUDY

J. C. Sheldon, J. Bowie, R. Hayes, 1984 .

Gas-Phase Reactions of H3Si- and Me3Si-. The Formation of Si-O and Si-S Bonds. A Flowing Afterglow and ab initio Study.

J. C. Sheldon, R. Damrauer, J. Bowie, 1987 .

The Mechanisms of Alkane Eliminations from the Intermediates Produced by Reactions of the Hydroxide and Methoxide Negative Ions with Tetramethylsilane in the Gas Phase.

J. C. Sheldon, J. Bowie, C. DePuy, 1987 .

A potential surface map of the hydride/HNO system. Relative stabilities of nitroxide negative ion NH2O- and -NHOH

J. C. Sheldon, J. Bowie, 1992 .

A Potential Surface Map of the H-/N2O System. The Gas Phase Ion Chemistry of HN2O-

J. C. Sheldon, K. Downard, J. Bowie, 1995 .

The Gas-Phase Cannizzaro Disproportionation Reactions of Benzaldehyde and Pivaldehyde

A. J. Bowie, J. C. Sheldon, R. O'hair, 1997 .

Gas Phase Ion Chemistry of Siloxide and Silamide Ions by Using the Flowing Afterglow. Unusual Rearrangements Involving SiO and SiS Bond Formation.

J. C. Sheldon, R. Damrauer, J. Bowie, 1989 .

The mechanism of the collision-induced loss of methane from the trimethylsilyl negative ion

J. C. Sheldon, J. Bowie, P. Eichinger, 1988 .

A comparison of the reactivity of alkoxide and alkoxide-alkanol negative ions with alkyl- and alkoxyboranes in the gas phase. An ion cyclotron resonance and ab initio study

J. C. Sheldon, J. Bowie, R. Hayes, 1986 .

208. Chloromolybdenum(II) compounds

J. C. Sheldon, 1960 .

533. Oxidation of dialkyl sulphides and trisubstituted phosphines by dinitrogen tetroxide; molecular addition compounds with dialkyl sulphoxides

J. C. Sheldon, C. C. Addison, 1956 .

252. Sterically hindered SN2 hydroxide attack of the bromomolybdenum (II) group

J. C. Sheldon, 1964 .

791. SN2 hydroxide attack on the chloromolybdate(II) group

J. C. Sheldon, 1963 .

Bismethyleneborane, [B(CH2)2]−, and trismethyleneborane, [B(CH2)3]−, anions. Do they exist in the gas phase?

J. C. Sheldon, J. Bowie, G. Currie, 1988 .

The elimination of dihydrogen from collision activated methoxide negative ions in the gas phase. An ab initio and isotope effect study

J. C. Sheldon, J. Bowie, D. Lewis, 1988 .