Emission by 120-GeV positrons in the channeling regime in the (011) plane of a silicon single crystal has been considered. Trajectories of positrons under different initial conditions have been calculated within the theory of nonlinear oscillations. The amplitude distribution function of channeled particles has been determined taking into account the nonlinearity of their motion. The intensity of radiation under various initial conditions has been calculated by two different methods. These results can be useful for comparison with experimental data at energies of positrons beginning with 100 GeV and higher
Quantum radiation reaction is the influence of multiple photon emissions from a charged particle on ...
Particles traversing at small angles along a single crystal axis experience a collective scattering ...
The channeling radiation is emitted by fast charged particles crossing a crystal target in a directi...
Emission by 120-GeV positrons in the channeling regime in the (011) plane of a silicon single crysta...
The process of radiation of 120 GeV positrons moving in a channeling regime in (011) plane of a sing...
Using a method of calculating the radiation characteristics for the motion in an arbitrary one-dimen...
Evolution of radiation spectral intensity has been investigated at (111) positron channeling in thin...
We present a detailed calculation of channeling radiation of planar-channeled positrons from crystal...
A high resolution angular study of positrons transmitted through a thin single crystal of Si clearly...
The radiation emission phenomena in bent silicon crystals have been thoroughly investigated at the C...
We report on experimental spectra of photons radiated by 50 GeV positrons crossing silicon single cr...
AbstractResults of numerical simulations of channeling of ultra-relativistic positrons are reported ...
The motion of charged particles in the crystal can be both regular and chaotic. Within the quantum a...
The radiation of a positron in a planar channel of a crystal is studied, considering the dependence ...
This thesis contains the results of both experimental and theoretical studies of low-energy positron...
Quantum radiation reaction is the influence of multiple photon emissions from a charged particle on ...
Particles traversing at small angles along a single crystal axis experience a collective scattering ...
The channeling radiation is emitted by fast charged particles crossing a crystal target in a directi...
Emission by 120-GeV positrons in the channeling regime in the (011) plane of a silicon single crysta...
The process of radiation of 120 GeV positrons moving in a channeling regime in (011) plane of a sing...
Using a method of calculating the radiation characteristics for the motion in an arbitrary one-dimen...
Evolution of radiation spectral intensity has been investigated at (111) positron channeling in thin...
We present a detailed calculation of channeling radiation of planar-channeled positrons from crystal...
A high resolution angular study of positrons transmitted through a thin single crystal of Si clearly...
The radiation emission phenomena in bent silicon crystals have been thoroughly investigated at the C...
We report on experimental spectra of photons radiated by 50 GeV positrons crossing silicon single cr...
AbstractResults of numerical simulations of channeling of ultra-relativistic positrons are reported ...
The motion of charged particles in the crystal can be both regular and chaotic. Within the quantum a...
The radiation of a positron in a planar channel of a crystal is studied, considering the dependence ...
This thesis contains the results of both experimental and theoretical studies of low-energy positron...
Quantum radiation reaction is the influence of multiple photon emissions from a charged particle on ...
Particles traversing at small angles along a single crystal axis experience a collective scattering ...
The channeling radiation is emitted by fast charged particles crossing a crystal target in a directi...