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Dispersion curves for UC in the F X direction. The curves are obtained without any hybridization with states, a 4.76 A.

Dispersion curves giving frequency v in terms of wave vector k in the and directions for a crystal with the diamond structure .

Dispersion curves obtained from the maxima h

Dispersion curves obtained from the maxima ho in the longitudinal current correlation function for liquid rubidium at various temperatures along the liquid-vapor coexistence line . 87

Dispersion curves of 7 in units of 10 esu for different chain lengths, N for 20 sites is also shown by open circles.

Dispersion curves of crystalline orthorhombic polyethylene with two molecules per unit cell . Comparison with

Dispersion curves of diamond along conventional crystallographic directions as calculated by periodic DFT.

Dispersion curves of fully hydrated Nafion and SPI membranes measured by NMR relaxometry

Dispersion curves of KN3 as measured along the direction. The dashed lines indicate a somewhat uncertain determination. R data are indicated by crosses.

Dispersion curves of longitudinal L and transverse T branches in potassium at 9 K. T, P and H are points in the Brillouin zone, A and Fare directions see

Dispersion curves of magnetic excitations of CeAs as deconvoluted to give the spectra for a single AF-I z domain. The solid lines represent the theoretical dispersion curves.

Dispersion curves of Nb in direction. L and T denote longitudinal and transverse branches of the lattice vibration, respectively. The open circles and filled circles

Dispersion curves of PVA and mixed solvents of benzene and bromobenzene. Mixing ratio of benzene and bromobenzene Solid lines

Dispersion curves of Si2 x 1 observed by ARUPS at 21.2 eV. Prominent peaks are indicated by open circles, while weak peaks and shoulders by dots. S and B peaks have surface and bulk characters. The experimental bands should be compared with the surface structures of

Dispersion curves of Si2x 1 observed by ARUPS at 21.2 eV. Prominent peaks are indicated by open circles, while weak peaks and shoulders by dots. S and B peaks have surface and bulk characters. The experimental bands should be compared with the surface structures of

Dispersion curves of single-chain polyethylene, indicating the scheme of Fermi resonances which can occur between phonon of different branches.

Dispersion curves of single-chain trans planar polyetliylene. r k.

Dispersion curves of some features of the valence band of UO2

Dispersion curves of surface poiariton at interface of inactive and active media characterized by ei and sz, respecrtiveiy. Short-dashed iine

Dispersion curves of the Faraday rotation 0p of EuSe films in an applied magnetic field of 11.5 kOe EuSe and at Tn 4.6 K .

Dispersion curves of the long-wavelength optical phonons, photons, and polaritons in the centre of BZ 1. In order to demonstrate the connection with the dispersion effects in the region 107 k 10 cm-1, the branches of an LO and an LA phonon in this region have been added in a different linear scale. The figures correspond to a cubic lattice with two atoms in the unit cell 3S

Dispersion curves of the molecular vibration of planar zigzag polyethylene chains.

Dispersion curves of the optical and acoustical branch in BZ 1 for the linear AB chain

Dispersion curves or

Dispersion curves ot an infinite polymethylene chain L From Tasumi and Krimm, Ref.



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