Search Results - "DI LAURO, C."

Torsional Coriolis coefficients in a ‘regular’ vibrational basis for molecules with one pair of internal rotors by Lattanzi, F., di Lauro, C.

“…A general method for calculating the values of torsional Coriolis coefficients of molecules with internal rotation, with respect to an internal axis system, is…”
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Second rank direction cosine spherical tensor operators and the nuclear electric quadrupole hyperfine structure Hamiltonian of rotating molecules by di Lauro, C.

“…[Display omitted] •Irreducible second rank direction cosine spherical tensors are defined.•The k-dependence of the reduced matrix elements of the electron…”
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Perturbation activated transitions in the high resolution infrared spectrum of C2H6: rotational constants and torsional splitting in the ground state by Lattanzi, F., Lauro, C. Di, Horneman, V.-M., Herman, M., Auwera, J. Vander

“…The l-type perturbation mechanisms which activate vibration-rotation transitions with Δk = ±2, -Δ(l modulo 3) = ± 1 in the perpendicular bands of molecules…”
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Physical behavior, symmetry classification and quantum numbers of vibrational–torsional states in ethane-like molecules by Lattanzi, F, di Lauro, C

“…The symmetry species of vibrational and vibrational–torsional states of ethane-like molecules are labeled and classified by the values of quantum numbers…”
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Anomalous torsional tripling in the ν9 and ν10 CH3-deformation modes of ethane 12CH313CH3 by Lattanzi, F., di Lauro, C.

“…[Display omitted] •The deformations of the two molecular halves in n9 and n10 are almost identical.•The n9 and n10 modes exhibit in general a tunnelling…”
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Phase I study of weekly oxaliplatin plus irinotecan in previously treated patients with metastatic colorectal cancer by Kemeny, N., Tong, W., Gonen, M., Stockman, J., Di Lauro, C., Teitcher, J., White, P., Price, C., Saltz, L., Sharma, S., Graham, M. A.

“…Background: In vitro synergy between Oxal (oxaliplatin) and CPT-11 (irinotecan) has been reported. Oxaliplatin exerts its antineoplastic activity through the…”
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Torsional Splitting in the nu(5) Fundamental Infrared Band of CH(3)CD(3) and (13)CH(3)CD(3) by Lattanzi, F., di Lauro, C., Claveau, C., Valentin, A., Nivellini, G. D.

“…The nu(5) fundamental (C-C stretching) of CH(3)CD(3) shows a resolved torsional structure, caused by perturbations due mainly to the linear dependence of the…”
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Extended analysis of the high resolution spectrum of C2H6 near 7 mu m: the nu 6, nu 8, nu 4 + nu 12, 2 nu 4 + nu 9 vibrational system, and associated hot transitions by Lattanzi, F, di Lauro, C, Auwera, JVander

“…The room temperature high resolution infrared spectrum of C2H6 between 1330 and 1610 cm-1, the region of the nu 6 and nu 8 fundamentals, has been…”
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Toward the understanding of the high resolution infrared spectrum of C2H6 near 3.3μm by Lattanzi, F., di Lauro, C., Vander Auwera, J.

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Extended analysis of the high resolution spectrum of C2H6 near 7 μm: the ν6, ν8, ν4 + ν12, 2ν4 + ν9 vibrational system, and associated hot transitions by Lattanzi, F., di Lauro, C., Auwera, J. Vander

“…The room temperature high resolution infrared spectrum of C 2 H 6 between 1330 and 1610 cm −1 , the region of the ν 6 and ν 8 fundamentals, has been…”
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Extended analysis of the high resolution spectrum of C 2 H 6 near 7 μm: the ν 6 , ν 8 , ν 4  + ν 12 , 2ν 4  + ν 9 vibrational system, and associated hot transitions by Lattanzi, F., di Lauro, C., Auwera, J. Vander

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Extended analysis of the high resolution spectrum of C2H6 near 7 [mu]m: the [nu]6, [nu]8, [nu]4 + [nu]12, 2[nu]4 + [nu]9 vibrational system, and associated hot transitions by Lattanzi, F, di Lauro, C, Auwera, J Vander

“…The room temperature high resolution infrared spectrum of C2H6 between 1330 and 1610 cm-1, the region of the ν6 and ν8 fundamentals, has been re-investigated…”
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Vibrational symmetry classification and torsional tunneling splitting patterns in G6(EM), G12, and G36(EM) molecules by Lattanzi, F., Di Lauro, C.

“…It is shown that the torsional splitting patterns in methanol-like molecules, with the excitation of small amplitude vibrational modes in the methyl group, are…”
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Symmetries and torsional splitting patterns in the overtone and combination vibrational states of molecules like ethane and methanol by Lattanzi, F., di Lauro, C.

“…The effects of head–tail coupling in the mechanism of formation of combinations and overtones of perpendicular vibrational modes, in molecules like ethane and…”
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Toward the understanding of the high resolution infrared spectrum of C 2H 6 near 3.3 μm by Lattanzi, F., di Lauro, C., Vander Auwera, J.

“…Ethane spectrum near 3.3 m. [Display omitted] ► First attempt to a global modeling of the 3.3 μm (2900–3071 cm −1) spectrum of 12C 2H 6. ► Analysis limited to…”
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Vibrational symmetry classification and torsional tunneling splitting patterns in G 6 (EM), G 12 , and G 36 (EM) molecules by Lattanzi, F., Di Lauro, C.

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Remarks on the signs of g factors in atomic and molecular Zeeman spectroscopy by BROWN, J. M., BUENKER, R. J., CARRINGTON, A., DI LAURO, C., DIXON, R. N., FIELD, R. W., HOUGEN, J. T., HÜTTNER, W., KUCHITSU, K., MEHRING, M., MERER, A. J., MILLER, T. A., QUACK, M., RAMSAY, D. A., VESETH, L., ZARE, R. N.

“…This paper draws attention to the advantages that would be obtained by adopting a new convention for the sign of g factors that would make the g factor for…”
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Vibration–rotation–torsion analysis of the high resolution infrared spectrum of C2H6 between 1330 and 1610cm−1: The ν6, ν8, ν4+ν12, 2ν4+ν9 interacting system and hot transitions from ν4 to ν4+ν8 by Lattanzi, F., Lauro, C. di, Vander Auwera, J.

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Vibration–rotation–torsion analysis of the high resolution infrared spectrum of C 2H 6 between 1330 and 1610 cm −1: The ν 6, ν 8, ν 4 + ν 12, 2 ν 4 + ν 9 interacting system and hot transitions from ν 4 to ν 4 + ν 8 by Lattanzi, F., Lauro, C. di, Vander Auwera, J.

“…The room temperature spectrum of ethane in the region of the ν 6 and ν 8 fundamentals, between 1330 and 1610 cm −1, has been re-investigated at a resolution of…”
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Torsional splittings in the v 12=1 vibrational state of Si2H6: analysis of the ν6+ν12 and ν9+ν12(E) combination bands in the high resolution infrared spectrum by Lattanzi, F., Di Lauro, C., Horneman, V.-M.

“…The ν 6  + ν 12 and ν 9  + ν 12 (E) vibrational combination bands of disilane (Si 2 H 6 ) have been measured at high resolution and analysed. A few K-branches…”
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