The possibility of using a laser beam as a diagnostic tool in an electron-cooling experiment is discussed. The scattering of light from an electron beam can be used to measure the beam density and the electron longitudinal temperature. The use of commercial high-power lasers makes it possible to reach resolution of the order of 1-100 microeV for electron-temperature measurements
The possibility of a precise measurement of electron beam energy using a resonant absorption of lase...
Since the rise of high-energy particle physics in the 20th century, demands for radio-frequency part...
A new diagnostic method using both techniques of neutral beam probing and laser-induced fluorescence...
Abstract Beam destructive methods Nearly all modern storage rings use an electron cooling device to ...
The method of the Laser-Compton cooling of the electron beams is studied. Using a Monte Carlo code, ...
A novel method of electron beam cooling is considered which can be used for linear colliders. The el...
In order to optimize the beam properties and achieve satisfactory cooling performance for an electro...
In this work, diagnoses of laser-induced plasmas were performed in several Laser Shock Processing (L...
New techniques am reported for electron beam monitoring, that rely either on the analysis of the pro...
Laser-Compton scattering (LCS) experiments were carried out at the Idaho Accelerator Center using th...
We study a method of laser-Compton cooling of electron beams for future linear colliders. Using a Mo...
The Fermilab Recycler ring employs an electron cooler to store and cool 8.9-GeV anti-protons. The co...
A new technique for measuring the transverse profile of ion beams, using laser induced flourescence,...
Laser-aided diagnostics are widely applied in the field of high-temperature plasma diagnostics for a...
The feasibility of a high-energy electron cooling device has been studied through tests on a prototy...
The possibility of a precise measurement of electron beam energy using a resonant absorption of lase...
Since the rise of high-energy particle physics in the 20th century, demands for radio-frequency part...
A new diagnostic method using both techniques of neutral beam probing and laser-induced fluorescence...
Abstract Beam destructive methods Nearly all modern storage rings use an electron cooling device to ...
The method of the Laser-Compton cooling of the electron beams is studied. Using a Monte Carlo code, ...
A novel method of electron beam cooling is considered which can be used for linear colliders. The el...
In order to optimize the beam properties and achieve satisfactory cooling performance for an electro...
In this work, diagnoses of laser-induced plasmas were performed in several Laser Shock Processing (L...
New techniques am reported for electron beam monitoring, that rely either on the analysis of the pro...
Laser-Compton scattering (LCS) experiments were carried out at the Idaho Accelerator Center using th...
We study a method of laser-Compton cooling of electron beams for future linear colliders. Using a Mo...
The Fermilab Recycler ring employs an electron cooler to store and cool 8.9-GeV anti-protons. The co...
A new technique for measuring the transverse profile of ion beams, using laser induced flourescence,...
Laser-aided diagnostics are widely applied in the field of high-temperature plasma diagnostics for a...
The feasibility of a high-energy electron cooling device has been studied through tests on a prototy...
The possibility of a precise measurement of electron beam energy using a resonant absorption of lase...
Since the rise of high-energy particle physics in the 20th century, demands for radio-frequency part...
A new diagnostic method using both techniques of neutral beam probing and laser-induced fluorescence...