Search Results - "Kraemer, WP"

The Renner effect in triatomic molecules with application to CH2+, MgNC and NH2 by Jensen, Per, Odaka, Tina Erica, Kraemer, W.P., Hirano, Tsuneo, Bunker, P.R.

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Transition moments and NH2 cometary spectra by JENSEN, PER, KRAEMER, W. P., BUNKER, P. R.

“…We calculate vibronic transition moments for the A −2 A 1- X −2 , electronic band system, and for the vibrational transitions within the à and [Xtilde] states,…”
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New rotation–vibration band and potential energy function of NeH + in the ground electronic state by Civiš, S., Šebera, J., Špirko, V., Fišer, J., Kraemer, W.P., Kawaguchi, K.

“…The Fourier transform emission spectrum of 20NeH + in its 1Σ + ground electronic state was observed in the infrared spectral region at an apodized resolution…”
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A theoretical calculation of the absorption spectrum of CH2 by Osmann, Gerald, Bunker, P.R., Jensen, Per, Kraemer, W.P.

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Vibrational linestrengths for the ground and first excited electronic states of HeH2 by Šindelka, M., Špirko, V., Kraemer, W. P.

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Bound and low-lying quasi-bound rotation–vibration energy levels of the ground and first excited electronic states of HeH2 by Kraemer, Wolfgang P., Špirko, Vladimı́r, Bludský, Ota

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Coulomb explosion imaging: the CH2+, H2O+ and NH2+ ions as benchmarks by Osmann, Gerald, Bunker, P.R., Kraemer, W.P., Jensen, Per

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Coulomb explosion imaging and the CH2+ molecule by Osmann, Gerald, Bunker, P.R., Kraemer, W.P., Jensen, Per

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On the Thermodynamic Stability of ArO4 by Lindh, Roland, Kraemer, Wolfgang P, Kämper, Manfred

“…The argon tetroxide molecule, ArO4, and the isoelectronically associated perchlorate, , and sulfate, , ions are investigated on different levels of ab initio…”
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Reply to the comment on: “The Renner effect in triatomic molecules with application to CH2+, MgNC and NH2” by Jensen, Per, Odaka, Tina Erica, Kraemer, W.P, Hirano, Tsuneo, Bunker, P.R

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Formation of HeH + by radiative association of He + + H. An advanced ab initio study by Kraemer, W.P., Špirko, V., Juřek, M.

“…Rate coefficients of all possible radiative association reactions for He + + H are calculated over a wide temperature range. For this purpose the potential…”
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An ab initio calculation of the rovibronic energies of the BH2 molecule by KOLBUSZEWSKI, M.

“…The [Xtilde] 2 A 1 and à 2 B 1 electronic states of the BH 2 molecule become degenerate ( 2 Π) when the molecule is linear and the electronic angular momentum…”
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Predicted rovibronic spectra of CH2+ and CD2 by Bunker, P.R., Chan, M.C., Kraemer, W.P., Jensen, P.

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The spectrum of singlet SiH2 by Yurchenko, S N, Bunker, P R, Kraemer, W P, Jensen, P

“…We report a theoretical study of the two lowest singlet electronic states ( 1 A 1 and à 1 B 1 ) of silylene SiH 2 . These states become degenerate as a 1 Δ g…”
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Rovibrational Energies of Triatomic Molecules by Means of the Rayleigh–Schrödinger Perturbation Theory by Sˇpirko, Vladimı´r, Kraemer, Wolfgang P.

“…A Rayleigh–Schrödinger perturbation theory approach based on the adiabatic (Born–Oppenheimer) separation of vibrational motions was previously developed and…”
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Classical and Quantum-Mechanical Calculations of HCO+ + e → CO(v) + H by Tomashevsky, Maxim, Herbst, Eric, Kraemer, W. P

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A Treatment of the Renner Effect Using the MORBID Hamiltonian by Jensen, P., Brumm, M., Kraemer, W.P., Bunker, P.R.

“…For a triatomic molecule, we develop the rovibronic Hamiltonian, basis functions, and matrix elements necessary to allow us to determine the energy levels and…”
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An ab Initio Study of the NH2+ Absorption Spectrum by Osmann, G, Bunker, PR, Jensen, P, Kraemer, WP

“…In a previous publication (1997. P. Jensen, J. Mol. Spectrosc. 181, 207-214), rotation-vibration energy levels for the electronic ground state X3B1 of the…”
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The Matrix Isolation Spectrum of the CH2+ Ion by Bunker, P.R, Kraemer, W.P, Jensen, Per, Lee, Yu-Chang, Lee, Yuan-Pern

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Ab Initio Calculated Rotation-Vibration Line Strengths for the (vHH = 0 --> 1 ) Transition of HeH+2 by Kraemer, WP, Jurek, M, Spirko, V, V

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