Search Results - "Isomäki, H M"

Optical Absorption of Tellurium by Isomäki, H M, Boehm, J von

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Chaotic motion of a periodically driven particle in an asymmetric potential well by RATY, R, VON BOEHM, J, ISOMAKI, H. M

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Effect of the Relativistic Operators on the Band Shapes of Anisotropic Semiconductors by Boehm, J von, Isomäki, H M

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Anomalous chaotic transients and repellers of the bouncing-ball dynamics by FRANASZEK, M, ISOMAKI, H. M

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Pressure dependence of the permittivity of trigonal Se and Te by ISOMAKI, H. M, VON BOEHM, J

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Pressure dependence of the relativistic band edges of trigonal Te and Se by von Boehm, J., Isomäki, H. M.

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Optical properties of selenium by Isomaki, H M

“…The permittivity, reflectivity, absorption coefficient and electron-energy-loss function of trigonal Se are calculated from 0 to 25 eV with the use of the…”
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Optical response of uniaxial semiconductors. I. Theory and calculational methods by von Boehm, J., Isomäki, H. M.

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Optical response of uniaxial semiconductors. II. Optical and electron-energy-loss spectra of Zr S 2 and Zr Se 2 by Isomäki, H. M., von Boehm, J.

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Optical response of uniaxial semiconductors. III. Optical and electron-energy-loss spectra of Te by Isomäki, H. M., von Boehm, J., Stubb, T.

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Optical Response of Uniaxial Semiconductors. II.--Optical and Electron-Energy-Loss Spectra of ZrS sub 2 and ZrSe sub 2 by Isomaki, H M, von Boehm, J

“…The permittivity, reflectivity, absorption coefficient and electron-energy-loss spectra are calculated for ZrS sub 2 and ZrSe sub 2 by starting from the…”
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Pressure Dependence of the Relativistic Band Edges of Trigonal Tellurium and Selenium by von Boehm, J, Isomaki, H M

“…The pressure dependence of the valence- and conduction-band edges of trigonal Te and Se is studied theoretically by a self-consistent relativistic ab initio…”
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Optical Response of Uniaxial Semiconductors. III.--Optical and Electron-Energy-Loss Spectra of Tellurium by Isomaki, H M, von Boehm, J, Stubb, T

“…The permittivity, reflectivity, absorption coefficient and electron-energy-loss function of trigonal Te are calculated from 0 to 22 eV with the use of the…”
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