A beam profile monitor for high energy beams, which has no intercepting parts in the beam pipe, is described. It makes use of the ionization of the residual gas, which is still present in the vacuum chamber of the beam guiding system. The detection of the ionization products is performed with microchannel plates.</p
A nondestructive beam profile monitor has been designed to measure density profiles and halos in J-P...
A non-destructive monitoring of the beam density profile is a very important tool to study the cooli...
Four ionization profile monitors (IPMs) are in RHIC to measure vertical and horizontal beam profiles...
A beam profile monitor for high energy beams, which has no intercepting parts in the beam pipe, is d...
A beam profile monitor for high energy beams, which has no intercepting parts in the beam pipe, is d...
A three-dimensional beam profile monitor based on tracking the ionization of the residual gas molecu...
The design and performance of a beam profile monitor which presents no material to the beam is descr...
At GANIL we have developed a beam profile monitor based on ionization of the residual gas of the bea...
At GANIL we have developed a beam profile monitor based on ionization of the residual gas of the bea...
At GANIL we have developed a beam profile monitor based on ionization of the residual gas of the bea...
At GANIL we have developed a beam profile monitor based on ionization of the residual gas of the bea...
The precise determination of transverse beam profiles at high current hadron accelerators has to be ...
The design and the performance of the Ionization Beam Profile Monitor (IBPM) operating on the residu...
The design and the performance of the Ionization Beam Profile Monitor (IBPM) operating on the residu...
A non destructive low intensity ion beam profile monitor has been designed and tested. The system is...
A nondestructive beam profile monitor has been designed to measure density profiles and halos in J-P...
A non-destructive monitoring of the beam density profile is a very important tool to study the cooli...
Four ionization profile monitors (IPMs) are in RHIC to measure vertical and horizontal beam profiles...
A beam profile monitor for high energy beams, which has no intercepting parts in the beam pipe, is d...
A beam profile monitor for high energy beams, which has no intercepting parts in the beam pipe, is d...
A three-dimensional beam profile monitor based on tracking the ionization of the residual gas molecu...
The design and performance of a beam profile monitor which presents no material to the beam is descr...
At GANIL we have developed a beam profile monitor based on ionization of the residual gas of the bea...
At GANIL we have developed a beam profile monitor based on ionization of the residual gas of the bea...
At GANIL we have developed a beam profile monitor based on ionization of the residual gas of the bea...
At GANIL we have developed a beam profile monitor based on ionization of the residual gas of the bea...
The precise determination of transverse beam profiles at high current hadron accelerators has to be ...
The design and the performance of the Ionization Beam Profile Monitor (IBPM) operating on the residu...
The design and the performance of the Ionization Beam Profile Monitor (IBPM) operating on the residu...
A non destructive low intensity ion beam profile monitor has been designed and tested. The system is...
A nondestructive beam profile monitor has been designed to measure density profiles and halos in J-P...
A non-destructive monitoring of the beam density profile is a very important tool to study the cooli...
Four ionization profile monitors (IPMs) are in RHIC to measure vertical and horizontal beam profiles...
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