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Rotational Conelatioo limes far Proteins

Rotational constant B, vibrational constant Ug and dipole moment fj, for three diatomic molecules.

Rotational Constants A, B, and C, Spin-Rotation Coupling Constants Ag, Bg, and Cg, and Centrifugal Distortion Constants Ak, A k. and 5 for the Vibrational

Rotational Constants A, B, C, and Spin-Rotation Coupling Constants e a for the Vibrational Ground State and the Excited States Vi 1 and V3 1.

Rotational constants and electric dipole moments of the chemical weapon simulants pinaeolone, pinaeolyl alcohol, 2-chloroethyl ethyl sulfide, and dimethyl methylphosphonate.

Rotational Constants Basis Sel

Rotational Constants Basis Set

Rotational Constants for Water Hexamer. Theory and Experiment.

Rotational constants in cm for some asymmetric, symmetric, and spherical top molecules

Rotational constants measured and calculated for dimethyl sulphone

Rotational constants obtained by femtosecond four-wave mixing

Rotational constants of HC1 in the different vibrational levels of the electronic ground state

Rotational constants, bond lengths and bond angles of 1,2,3-trioxolane, obtained by microwave spectroscopy.

Rotational constantsjMiiz for nitrosyl cyanide

Rotational Coordinate Effect on Barrier Height

Rotational correlation time p of Mb obtained according to the classical Perrin plot, to the quenching emission anisotropy and to the theoretical equation.

Rotational Correlation Times for C Enriched Molecules

Rotational Correlation Times for Prolate EHipsoids of Revotuiion

Rotational correlation times of proteins determined by nanosecond polarization

Rotational correlation times of proteins determined by nanosecond polarization spectroscopy

Rotational correlation times x, of proteins in aqueous solution at 25 C determined by time-resolved fluorescence depolarization measurements .

Rotational cross-sections for Ni near 295 K in A2. X jE.

Rotational diffusion decay constants for prolate and oblate ellipsoids

Rotational difliision decay constants for prolate and oblate ellipK ids

Rotational Enei Barriers of Compounds of tbe IVpe CHj — X



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