Add to ORKGThe motion of fast electrons through the crystal during axial channeling could be regular and chaotic. The dynamical chaos in quantum systems manifests itself in both statistical properties of energy spectra and morphology of wave functions of the individual stationary states. In this report, we investigate the axial channeling of high and low energy electrons and positrons near direction of a silicon crysta
The new experiments on channeling of 255 MeV in a 0.7 ?m silicon half-wavelength crystal were perfor...
New experimental data on planar channeling of 255 MeV electrons in a 0.74 µm Si Half-Wave Crystal (H...
When a high-energy (MeV) atom or neutron collides with an atom in a solid, a region of radiation dam...
The motion of charged particles in a crystal in the axial channeling regime can be both regular and ...
The motion of charged particles in the crystal can be both regular and chaotic. Within the quantum a...
This paper studies the calculated energy levels of the transverse motion of relativistic electrons i...
The quantization of the transverse motion energy in the continuous potentials of atomic strings and ...
An alternative theoretical description of axial electron channeling in the multi-GeV region has been...
AbstractIn this paper the results of simulations of axial and planar channeling of electrons and pos...
The energy quantization of transverse particle motion in continuous potentials of atomic chains and ...
Simulation of flux-peaking effect of the 255 MeV positrons channeled in (220) Si crystals is perform...
Under coherent interactions, particles undergo correlated collisions with the crystal lattice and th...
We are investigating the quantum dynamics of a well-collimated electron beam transmitting through pl...
Evolution of radiation spectral intensity has been investigated at (111) positron channeling in thin...
This thesis contains the results of both experimental and theoretical studies of low-energy positron...
The new experiments on channeling of 255 MeV in a 0.7 ?m silicon half-wavelength crystal were perfor...
New experimental data on planar channeling of 255 MeV electrons in a 0.74 µm Si Half-Wave Crystal (H...
When a high-energy (MeV) atom or neutron collides with an atom in a solid, a region of radiation dam...
The motion of charged particles in a crystal in the axial channeling regime can be both regular and ...
The motion of charged particles in the crystal can be both regular and chaotic. Within the quantum a...
This paper studies the calculated energy levels of the transverse motion of relativistic electrons i...
The quantization of the transverse motion energy in the continuous potentials of atomic strings and ...
An alternative theoretical description of axial electron channeling in the multi-GeV region has been...
AbstractIn this paper the results of simulations of axial and planar channeling of electrons and pos...
The energy quantization of transverse particle motion in continuous potentials of atomic chains and ...
Simulation of flux-peaking effect of the 255 MeV positrons channeled in (220) Si crystals is perform...
Under coherent interactions, particles undergo correlated collisions with the crystal lattice and th...
We are investigating the quantum dynamics of a well-collimated electron beam transmitting through pl...
Evolution of radiation spectral intensity has been investigated at (111) positron channeling in thin...
This thesis contains the results of both experimental and theoretical studies of low-energy positron...
The new experiments on channeling of 255 MeV in a 0.7 ?m silicon half-wavelength crystal were perfor...
New experimental data on planar channeling of 255 MeV electrons in a 0.74 µm Si Half-Wave Crystal (H...
When a high-energy (MeV) atom or neutron collides with an atom in a solid, a region of radiation dam...