RuPAC 2006 - List of Authors

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

Janssen, D.

Paper	Title	Page
MOFP01	Stop-Filter Of Superconducting RF Gun Cathode Assembly V.N.Volkov, Ya.G.Kruichkov, V.M.Petrov, A.G.Tribendis Budker Institute of Nuclear Physics, Novosibirsk, Russia D.Janssen FZ Rossendorf, Germany Photocathode radio-frequency (RF) guns of electron beams on the basis of superconducting cavities call major interest in the world. In many laboratories the drafts of making of such RF guns are considered. In BINP in cooperation with FZ Rossendorf (Germany) the prototype of such RF gun was developed, made and successfully tested. On the basis of these engineerings in FZ Rossendorf (for the accelerator ELBE) the creating of full scale RF gun with 3.5 cell superconducting cavity is in progress now. The stop filter allows to prevent a leakage of RF power from the cavity along the cathode assembly. The stop filter is integrated with the cathode assembly [1]. In the paper the perfected construction of the stop filter tested in the prototype of a superconducting RF gun is considered. [1] V.N. Volkov et al. Cathode assembly of photocathode superconducting RF gun. // this conference.

Paper

Title

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MOFP01

Stop-Filter Of Superconducting RF Gun Cathode Assembly

V.N.Volkov, Ya.G.Kruichkov, V.M.Petrov, A.G.Tribendis
Budker Institute of Nuclear Physics, Novosibirsk, Russia

D.Janssen
FZ Rossendorf, Germany

Photocathode radio-frequency (RF) guns of electron beams on the basis of superconducting cavities call major interest in the world. In many laboratories the drafts of making of such RF guns are considered. In BINP in cooperation with FZ Rossendorf (Germany) the prototype of such RF gun was developed, made and successfully tested. On the basis of these engineerings in FZ Rossendorf (for the accelerator ELBE) the creating of full scale RF gun with 3.5 cell superconducting cavity is in progress now. The stop filter allows to prevent a leakage of RF power from the cavity along the cathode assembly. The stop filter is integrated with the cathode assembly [1]. In the paper the perfected construction of the stop filter tested in the prototype of a superconducting RF gun is considered. [1] V.N. Volkov et al. Cathode assembly of photocathode superconducting RF gun. // this conference.

MOFP02

Overview of Advantages And New Possibilities Of Superconducting RF Guns

V.N.Volkov, V.M.Petrov
Budker Institute of Nuclear Physics, Novosibirsk, Russia

D.Janssen
FZ Rossendorf, Germany

Photocathode radio-frequency (RF) guns of electron beams on the basis of superconducting cavities call major interest in the world. In many laboratories the drafts of making of such RF guns are considered. In BINP in cooperation with FZ Rossendorf (Germany) the prototype of such RF gun was developed, made and successfully tested. On the basis of these engineerings in FZ Rossendorf (for the accelerator ELBE) the creating of full scale RF gun with 3.5 cell superconducting cavity is in progress now. In the paper the advantages and new possibilities of a superconducting RF guns developed under the work at the prototype are considered.

MOFP03

Cathode Assembly Of Superconducting Photocathode RF Gun

V.N.Volkov, Ya.G.Kruichkov, V.M.Petrov, A.G.Tribendis
Budker Institute of Nuclear Physics, Novosibirsk, Russia

D.Janssen
FZ Rossendorf, Dresden, Germany

Photocathode radio-frequency (RF) guns of electron beams on the basis of superconducting cavities call major interest in the world. In many laboratories the drafts of making of such RF guns are considered. In BINP in cooperation with FZ Rossendorf (Germany) the prototype of such RF gun was developed, made and successfully tested. On the basis of these engineerings in FZ Rossendorf (for the accelerator ELBE) the creating of full scale RF gun with 3.5 cell superconducting cavity is in progress now. The cathode assembly allows to integrate normal conducting cathode into the superconducting cavity. In the paper the perfected construction of a cathode assembly tested in the prototype of a superconducting RF gun is considered.