By shaping properly a cristal of germanium (a Weierstrass sphere is used in the present work) it is possible to observe with high efficiency both the direct recombination of hole electrons pairs round an injecting contact ([FORMULE]), and a far I. R. emission, which is thought to be a consequence of interband transition of accelerated holes
The purpose of this experiment is to observe the oblique propagation of electrons through germanium ...
We measured the spontaneous recombination luminescence spectra of the electron-hole plasma in GaSe a...
International audienceThe electron-cyclotron maser emission theory from electron holes is applied to...
By shaping properly a cristal of germanium (a Weierstrass sphere is used in the present work) it is ...
We have demonstrated for the first time that the condensed phase of electrons and holes in germanium...
The complete set of luminescence replicas arising from exciton recombination with the emission of a ...
This thesis investigates the mobility and recombination of light injected electron holes as a functi...
Changes in the electrical conductivity and Hall coefficient of germanium samples, irradiated with 4....
This paper describes experimental results determining precisely the effect of lattice defects, such ...
The band structure of germanium in the energy region .7 eV to 5 eV was investigated using the electr...
International audienceA study is made of the quantum efficiency of a coplanar grid ionization/heat G...
The objective of the work is to construct and investigate the mathematical models of the processes t...
A novel Compton Scanner setup has been built, commissioned and operated at the Max-Planck-Institute ...
The existence of the electron-hole gas (EHG) phase has been confirmed in Ge by direct observation an...
This thesis presents results of experiments on the interaction of phonons and photo-excited electron...
The purpose of this experiment is to observe the oblique propagation of electrons through germanium ...
We measured the spontaneous recombination luminescence spectra of the electron-hole plasma in GaSe a...
International audienceThe electron-cyclotron maser emission theory from electron holes is applied to...
By shaping properly a cristal of germanium (a Weierstrass sphere is used in the present work) it is ...
We have demonstrated for the first time that the condensed phase of electrons and holes in germanium...
The complete set of luminescence replicas arising from exciton recombination with the emission of a ...
This thesis investigates the mobility and recombination of light injected electron holes as a functi...
Changes in the electrical conductivity and Hall coefficient of germanium samples, irradiated with 4....
This paper describes experimental results determining precisely the effect of lattice defects, such ...
The band structure of germanium in the energy region .7 eV to 5 eV was investigated using the electr...
International audienceA study is made of the quantum efficiency of a coplanar grid ionization/heat G...
The objective of the work is to construct and investigate the mathematical models of the processes t...
A novel Compton Scanner setup has been built, commissioned and operated at the Max-Planck-Institute ...
The existence of the electron-hole gas (EHG) phase has been confirmed in Ge by direct observation an...
This thesis presents results of experiments on the interaction of phonons and photo-excited electron...
The purpose of this experiment is to observe the oblique propagation of electrons through germanium ...
We measured the spontaneous recombination luminescence spectra of the electron-hole plasma in GaSe a...
International audienceThe electron-cyclotron maser emission theory from electron holes is applied to...
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