We demonstrate that a single short pulse of laser irradiation of appropriate energy is capable of recrystallizing in open air an amorphous Si layer deposited on a (100) single-crystal substrate into an epitaxial layer. The laser pulse annealing technique is shown to overcome the interfacial oxide obstacle which usually leads to polycrystalline formation in normal thermal annealing
Laminated structures "Film of polycrystalline silicon (layer of amorphous dielectric), monocrys...
A new process to crystallize amorphous silicon without melting and the generation of excessive heati...
The strong absorption of c.w. laser radiation in the green/blue spectral region has been used to the...
Channeling effect techniques with a 2.0 MeV He⁺ Rutherford backscattering and transmission electron ...
Nanocrystalline silicon (nc-Si) films were prepared by pulsed laser annealed crystallization of amor...
We demonstrate that a simple Al solar reflector can be used to induce solid-phase epitaxy of amorpho...
Laser crystallization of amorphous silicon layers is an active research field in photonic applicatio...
GaAs single-crystals wafers are implanted at room temperature with 400-keV Te + ions to a dose of 1...
The crystallization process and physical properties of different functional oxide thin films (CeZrO,...
The crystallization process and physical properties of different functional oxide thin films (CeZrO,...
A new double laser recrystallization technique utilizing a temporally modulated continuous wave (CW)...
We demonstrate that a single short pulse of electron irradiation of appropriate energy is capable of...
An optimum design of experimental setup for the preparation of polycrystalline silicon (pc-Si) film...
An optimum design of experimental setup for the preparation of polycrystalline silicon (pc-Si) film...
This paper presents a pulsed laser crystallization technique, enabling large area crystallization of...
Laminated structures "Film of polycrystalline silicon (layer of amorphous dielectric), monocrys...
A new process to crystallize amorphous silicon without melting and the generation of excessive heati...
The strong absorption of c.w. laser radiation in the green/blue spectral region has been used to the...
Channeling effect techniques with a 2.0 MeV He⁺ Rutherford backscattering and transmission electron ...
Nanocrystalline silicon (nc-Si) films were prepared by pulsed laser annealed crystallization of amor...
We demonstrate that a simple Al solar reflector can be used to induce solid-phase epitaxy of amorpho...
Laser crystallization of amorphous silicon layers is an active research field in photonic applicatio...
GaAs single-crystals wafers are implanted at room temperature with 400-keV Te + ions to a dose of 1...
The crystallization process and physical properties of different functional oxide thin films (CeZrO,...
The crystallization process and physical properties of different functional oxide thin films (CeZrO,...
A new double laser recrystallization technique utilizing a temporally modulated continuous wave (CW)...
We demonstrate that a single short pulse of electron irradiation of appropriate energy is capable of...
An optimum design of experimental setup for the preparation of polycrystalline silicon (pc-Si) film...
An optimum design of experimental setup for the preparation of polycrystalline silicon (pc-Si) film...
This paper presents a pulsed laser crystallization technique, enabling large area crystallization of...
Laminated structures "Film of polycrystalline silicon (layer of amorphous dielectric), monocrys...
A new process to crystallize amorphous silicon without melting and the generation of excessive heati...
The strong absorption of c.w. laser radiation in the green/blue spectral region has been used to the...