P. V. Koppen

发表

Electronic state effects in sigma bond activation by first row transition metal ions: the ion chromatography technique

M. Bowers, P. Kemper, P. V. Koppen, 1996 .

Fundamental Gas Phase Studies of the Mechanism and Thermochemistry of Organometallic Reactions

J. Beauchamp, P. V. Koppen, 1992 .

Clustering and activation in reactions of CoCp+ with hydrogen and methane

J. K. Perry, C. J. Carpenter, J. Perry, 2003 .

Activation of methane by Ti

J. K. Perry, J. Perry, P. Kemper, 1999 .

Kinetic energy release distributions as a probe of transition-metal-mediated hydrogen-hydrogen, carbon-hydrogen, and carbon-carbon bond formation processes: reactions of cobalt and nickel ions with alkanes

M. Hanratty, M. Bowers, J. Beauchamp, 1988 .

Product kinetic energy release distributions as a probe of the energetics and mechanisms of organometallic reactions involving the formation of metallacyclobutanes in the gas phase

M. Hanratty, M. Bowers, D. B. Jacobson, 1989 .

Fundamental studies of the energetics and dynamics of ligand dissociation and exchange processes at transition-metal centers in the gas phase: Mn(CO)x+, x = 1-6

K. Hayashibara, M. Bowers, D. Dearden, 1989 .

Transition Metal Ion Mediated C-H and C-C Bond Activation of Alkanes: Dynamical Coupling between Entrance and Exit Channel Transition States

P. Armentrout, M. Bowers, E. R. Fisher, 1991 .

METHANE DEHYDROGENATION BY TI+ : A CLUSTER-ASSISTED MECHANISM FOR SIGMA -BOND ACTIVATION

M. Bowers, P. Kemper, P. V. Koppen, 1995 .

Energetics and Structures of Gas Phase Ions: Macromolecules, Clusters and Ligated Transition Metals

C. J. Carpenter, T. Wyttenbach, M. Bowers, 1999 .

Reactions of state-selected cobalt(+) with propane

M. Bowers, P. Kemper, P. V. Koppen, 1992 .

C-H Bond Activation as the Initial Step in the Co+-Mediated Demethanation of Propane: The Critical Role of Angular Momentum at the Rate-Limiting Transition State

P. Armentrout, M. Bowers, E. R. Fisher, 1990 .

C-H Bond Activation as the Initial Step in the Co+-Mediated Demethanation of Propane: The Critical Role of Angular Momentum at the Rate-Limiting Transition State.

P. Armentrout, M. Bowers, E. R. Fisher, 1990 .

Ion–molecule association reactions: A study of the temperature dependence of the reaction N+⋅2+N2+M → N+⋅4+M for M=N2, Ne, and He: Experiment and theory

M. Jarrold, M. Bowers, P. V. Koppen, 1984 .

Binding energies of cobalt(1+)-hydrogen-methane-ethane (Co+.cntdot.(H2/CH4/C2H6)1,2,3) clusters

M. Bowers, P. Kemper, P. V. Koppen, 1993 .

Reactions of Ground-State Ti+ and V+ with Propane: Factors That Govern C−H and C−C Bond Cleavage Product Branching Ratios

C. Haynes, P. Armentrout, M. Bowers, 1998 .

Relative Energetics of C-H and C-C Bond Activation of Alkanes: Reactions of Ni+ and Fe+ with Propane on the Lowest Energy (Adiabatic) Potential Energy Surfaces

P. Armentrout, M. Bowers, E. R. Fisher, 1994 .

Ion/molecule association reactions. A study of the temperature dependence of the reactions CO+ + CO + M → (CO)2+ + M for M = CO, Ne, and He, and NO+ + 2 NO → (NO)2+ + NO. Experiment and theory

Shuying Liu, M. Bowers, P. Kemper, 1986 .

An improved high-pressure, temperature-variable ion source with coaxial electron beam/ion exit slit

M. Bowers, P. Kemper, P. V. Koppen, 1983 .

DETAILS OF POTENTIAL ENERGY SURFACES INVOLVING C-C BOND ACTIVATION : REACTIONS OF FE+, CO+, AND NI+ WITH ACETONE

C. J. Carpenter, M. Bowers, P. V. Koppen, 1995 .

Internal energy effects in collision induced dissociation spectra

Shuying Liu, M. Bowers, P. V. Koppen, 1982 .

Photodissociation of CO−3: Product kinetic energy measurements as a probe of excited state potential surfaces and dissociation dynamics

M. Bowers, C. Roehl, P. V. Koppen, 1990 .

Unimolecular and bimolecular reactions in the C4H6+⋅ system: Experiment and theory

M. Jarrold, M. Bowers, P. Kemper, 1983 .

Electronic state-selected reactivity of transition metal ions: cobalt(+) and iron(+) with propane

M. Bowers, P. Kemper, P. V. Koppen, 1992 .

Fundamental studies of the energetics and dynamics of state-selected cobalt(+) reacting with methyl iodide. The Co+-CH3 and Co+-I bond energies

M. Bowers, P. Kemper, P. V. Koppen, 1993 .