Search Results - "Pick, R.M."

Is dielectric hole burning a quantitative method for the study of supercooled liquids? by Pick, R.M.

“…A brief review is presented of the situation concerning the dielectric hole burning technique applied to supercooled (molecular) liquids. Some of the problems…”
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Transient grating experiments on supercooled molecular liquids. II: Microscopic derivation of the phenomenological equations by FRANOSCH, T, PICK, R. M

“…The constitutive equations including the energy conservation aspect, for the long-wavelength dynamics of a liquid comprised of identical, axially symmetric,…”
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Light scattering by longitudinal acoustic modes in supercooled molecular liquids. II: microscopic derivation of the phenomenological equations by FRANOSCH, T, LATZ, A, PICK, R. M

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Light scattering by longitudinal acoustic modes in molecular supercooled liquids. I: phenomenological approach by PICK, R. M, FRANOSCH, T, LATZ, A, DREYFUS, C

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Light scattering by transverse waves in supercooled liquids and application to metatoluidine by DREYFUS, C, AOUADI, A, PICK, R. M, BERGER, T, PATKOWSKI, A, STEFFEN, W

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Raman scattering study of low-frequency molecular vibrations in orthoterphenyl and perdeuterated orthoterphenyl by Kirin, D, Volovšek, V, Pick, R.M

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Brillouin scattering in glass-forming liquids: [ital q]-dependent linewidths and the generalized viscosity by Cummins, H.Z., Dreyfus, C., Goetze, W., Li, G., Pick, R.M.

“…Recently, Gomperts, Variyar, and Kivelson [J. Chem. Phys. 98, 31 (1993)] analyzed Brillouin linewidth data for triphenylphosphite and found a striking wave…”
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Light scattering and dielectric susceptibility spectra of glassforming liquids by LEBON, M. J, DREYFUS, C, GUISSANI, Y, PICK, R. M, CUMMINS, H. Z

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