The technical solution of a prototype of an electron cooling device without bending magnets is presented. The electron beam with a current of up to 1 A is formed in a ''hollow'' gun, accelerated up to 20 kV and its energy is recovered in a ''hollow'' collector with a current loss of less than 10-4. Preliminary beam quality tests are described
An electron cooler designed at the Budker Institute of Nuclear Physics for the Cooler Synchrotron CO...
This report is a brief description of a model electron beam, which is meant to serve as a pulsed hea...
The generation of an electron beam by a hollow cathode gun in a cusp magnetic field is discussed. Su...
The feasibility of a high-energy electron cooling device has been studied through tests on a prototy...
All electron cooling systems which were in operation so far employed electron beam generated with an...
Characteristics of an electron beam, generated by a "hollow" cathode gun in a cusp magnetic field ar...
The feasibility of a high energy electron cooling device, has been studied through tests on a protot...
The design of the beam line for a high-energy electron cooling device is presented. In order to avoi...
The feasibility of a high energy electron cooling device, has been studied through tests on a I-. pr...
The project of an electron cooling device at 700 KeV electron kinetic energy will be reported. The s...
Considerable losses of ions appear during an electron cooling of intensive ion beams. These are reco...
The generation of an electron beam by a hollow cathode gun in a cusp magnetic field is discussed. Su...
The use of an electron cooling system with a circulating electron beam permits to avoid the problems...
An electron gun specifically designed for high energy electron cooling is presented. The energy reso...
There the purpose is to create the electronic gun with the adiabatic optics which allows to make the...
An electron cooler designed at the Budker Institute of Nuclear Physics for the Cooler Synchrotron CO...
This report is a brief description of a model electron beam, which is meant to serve as a pulsed hea...
The generation of an electron beam by a hollow cathode gun in a cusp magnetic field is discussed. Su...
The feasibility of a high-energy electron cooling device has been studied through tests on a prototy...
All electron cooling systems which were in operation so far employed electron beam generated with an...
Characteristics of an electron beam, generated by a "hollow" cathode gun in a cusp magnetic field ar...
The feasibility of a high energy electron cooling device, has been studied through tests on a protot...
The design of the beam line for a high-energy electron cooling device is presented. In order to avoi...
The feasibility of a high energy electron cooling device, has been studied through tests on a I-. pr...
The project of an electron cooling device at 700 KeV electron kinetic energy will be reported. The s...
Considerable losses of ions appear during an electron cooling of intensive ion beams. These are reco...
The generation of an electron beam by a hollow cathode gun in a cusp magnetic field is discussed. Su...
The use of an electron cooling system with a circulating electron beam permits to avoid the problems...
An electron gun specifically designed for high energy electron cooling is presented. The energy reso...
There the purpose is to create the electronic gun with the adiabatic optics which allows to make the...
An electron cooler designed at the Budker Institute of Nuclear Physics for the Cooler Synchrotron CO...
This report is a brief description of a model electron beam, which is meant to serve as a pulsed hea...
The generation of an electron beam by a hollow cathode gun in a cusp magnetic field is discussed. Su...