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

Vetrov, A.

Paper	Title	Page
MODP17	Magnetic System For Residual Gas Monitor D.Liakin, O.Sergeeva, Vl.Skachkov SSC of Russian Federation Institute for Theoretical and Experimental Physics, Moscow, Russia P.Forck, T.Giacomini GSI, Darmstadt, Germany Vic.Skachkov, A.Vetrov NPI at MSU, Moscow, Russia The advanced residual gas monitor requires very careful design of each structural component and special attention to match the properties of different subsystems. An important point is a proper magnetic guiding system design. As it is shown, high field uniformity, which is required for sub-mm spatial resolution, can be achieved despite the presence of the field-distorting hole for the light signal transmitting. The low energy (down to 10 MeV/u) beam disturbance compensation methods are also discussed. The ionization process and electron dynamics simulations are used for proving this system design.	241

Paper

Title

Page

MODP17

Magnetic System For Residual Gas Monitor

D.Liakin, O.Sergeeva, Vl.Skachkov
SSC of Russian Federation Institute for Theoretical and Experimental Physics, Moscow, Russia

P.Forck, T.Giacomini
GSI, Darmstadt, Germany

Vic.Skachkov, A.Vetrov
NPI at MSU, Moscow, Russia

The advanced residual gas monitor requires very careful design of each structural component and special attention to match the properties of different subsystems. An important point is a proper magnetic guiding system design. As it is shown, high field uniformity, which is required for sub-mm spatial resolution, can be achieved despite the presence of the field-distorting hole for the light signal transmitting. The low energy (down to 10 MeV/u) beam disturbance compensation methods are also discussed. The ionization process and electron dynamics simulations are used for proving this system design.

241