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Thickness-dependent electronic and optical properties of two-dimensional perovskite oxide films: a first-principles study. [PDF]
Nanoscale AdvHao H, Xue Y, Huang C, Bai X.
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Effects of cleaning protocols on surface roughness and optical properties of thermoplastic orthodontic retainers. [PDF]
Clin Oral InvestigHuang X +6 more
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Optical and magneto-optical properties of PrSb
Physical Review B, 1994We present the results of a theoretical study for the interpretation of the optical and magneto-optical spectra of PrSb. In particular, we address the question of the assignment of the unexpectedly low optical and magneto-optical signals to the ${\mathit{f}}^{2}$\ensuremath{\rightarrow}${\mathit{f}}^{1}$d transition.
MONACHESI, Patrizia +2 more
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Optical properties of supercrystals
Microelectronics Journal, 2008We present a systematic study of the dependence of the optical properties on the geometry of the quantum dots, which form a quantum dots chain. We obtain electronic structure of 1D supercrystals by using a tight-binding method based on the s and p orbitals and wave functions of the quantum dots for the on-site parameters.
J. F. Nossa, Angela S. Camacho
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Optical properties of nanoalloys
Physical Chemistry Chemical Physics, 2015Optical absorption spectra of bare (left) and monolayer-protected (right) metal nanoalloys.
Barcaro Giovanni +3 more
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Physical Review B, 1991
The optical properties of diamond are examined in the energy region up to 25 eV. A modified parabolic-band model is used to explain existing experimental data on the dispersion of the real and imaginary part of the dielectric function. Optical properties such as reflectance, index of refraction, and extinction coefficient are also determined in the ...
, Papadopoulos, , Anastassakis
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The optical properties of diamond are examined in the energy region up to 25 eV. A modified parabolic-band model is used to explain existing experimental data on the dispersion of the real and imaginary part of the dielectric function. Optical properties such as reflectance, index of refraction, and extinction coefficient are also determined in the ...
, Papadopoulos, , Anastassakis
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Physical Review B, 1991
We have studied the optical response of ZnSe in the 1.5--5.3-eV photon-energy range at room temperature by spectroscopic ellipsometry. The measured dielectric-function spectra reveal distinct structures at energies of the ${\mathit{E}}_{0}$, ${\mathit{E}}_{0}$+${\mathrm{\ensuremath{\Delta}}}_{0}$, ${\mathit{E}}_{1}$, and ${\mathit{E}}_{1}$+${\mathrm ...
, Adachi, , Taguchi
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We have studied the optical response of ZnSe in the 1.5--5.3-eV photon-energy range at room temperature by spectroscopic ellipsometry. The measured dielectric-function spectra reveal distinct structures at energies of the ${\mathit{E}}_{0}$, ${\mathit{E}}_{0}$+${\mathrm{\ensuremath{\Delta}}}_{0}$, ${\mathit{E}}_{1}$, and ${\mathit{E}}_{1}$+${\mathrm ...
, Adachi, , Taguchi
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Nanotechnology, 2016
Successful synthesis of graphene has created a runaway effect in the exploration of other similar two-dimensional materials. These materials are important as they provide large surface areas and have led to the exploration of new physical phenomena. Even though graphene has exotic electronic properties, its spin-orbit coupling is very weak.
CHAUDHARY, RP, SAXENA, S, SHUKLA, S
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Successful synthesis of graphene has created a runaway effect in the exploration of other similar two-dimensional materials. These materials are important as they provide large surface areas and have led to the exploration of new physical phenomena. Even though graphene has exotic electronic properties, its spin-orbit coupling is very weak.
CHAUDHARY, RP, SAXENA, S, SHUKLA, S
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Physical Review B, 1995
The optical properties of HgSe grown by molecular-beam epitaxy have been studied over a wide range of frequencies covering the ${\mathit{E}}_{0}$, ${\mathit{E}}_{1}$, and ${\mathit{E}}_{1}$+${\mathrm{\ensuremath{\Delta}}}_{1}$ gaps. Theoretical calculations of the dielectric function are used in deriving fundamental material parameters for HgSe.
, Einfeldt +3 more
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The optical properties of HgSe grown by molecular-beam epitaxy have been studied over a wide range of frequencies covering the ${\mathit{E}}_{0}$, ${\mathit{E}}_{1}$, and ${\mathit{E}}_{1}$+${\mathrm{\ensuremath{\Delta}}}_{1}$ gaps. Theoretical calculations of the dielectric function are used in deriving fundamental material parameters for HgSe.
, Einfeldt +3 more
openaire +2 more sources