We propose a new type of wire scanner for beam profile measurements, based on the use of a vibrating wire as a scattering target. Synchronous measurements with the wire oscillation allow to detect only the signal coming from the scattering of the beam on the wire. This resonant method enables fast beam profiling in the presence of a high level of background. The developed wire scanner, called resonant target vibrating wire scanner, is applied to photon beam profiling, in which the photons reflected on the wire are measured by a fast photodiode. In addition, the proposed measurement principle is expected to monitor other types of beams as well, such as neutrons, protons, electrons, and ions.clos
Wire scanners are used usually to measure the profile of the core of the beam. Especially at high be...
In [1] the frequency of self-oscillations is proposed to use as information about the interaction ra...
Wire scanners are used to measure the profile and the position of particle beams and are therefore ...
We propose a new type of wire scanner for beam profile measurements, based on the use of a vibrating...
The work is devoted to the study of scanning the transverse profile of a beam using a vibrating wire...
A method for profile measurements of small transverse size beams by means of a vibrating wire is pro...
A method that measures the transverse profile (emittance) of the bunch by detecting radiation arisin...
A new method for fast transverse beam profiling, where a vibrating wire is served as a resonant targ...
A new method for fast transverse beam profiling, where a vibrating wire is served as a resonant targ...
International audienceThe goal of the project is to develop a Wire-Scanner compatible with low energ...
A novel wire scanner has been developed with applications at linear accelerators where small beam sp...
This paper presents the first experimental results of the transverse profile measurements using a vi...
The paper presents the first experimental results of transverse profile scans using a wire scanner b...
A beam wire scan is an interceptive method for transverse beam profile measurements. The working pri...
The method for measurement of transverse profile (emittance) of the bunch by detecting of radiation ...
Wire scanners are used usually to measure the profile of the core of the beam. Especially at high be...
In [1] the frequency of self-oscillations is proposed to use as information about the interaction ra...
Wire scanners are used to measure the profile and the position of particle beams and are therefore ...
We propose a new type of wire scanner for beam profile measurements, based on the use of a vibrating...
The work is devoted to the study of scanning the transverse profile of a beam using a vibrating wire...
A method for profile measurements of small transverse size beams by means of a vibrating wire is pro...
A method that measures the transverse profile (emittance) of the bunch by detecting radiation arisin...
A new method for fast transverse beam profiling, where a vibrating wire is served as a resonant targ...
A new method for fast transverse beam profiling, where a vibrating wire is served as a resonant targ...
International audienceThe goal of the project is to develop a Wire-Scanner compatible with low energ...
A novel wire scanner has been developed with applications at linear accelerators where small beam sp...
This paper presents the first experimental results of the transverse profile measurements using a vi...
The paper presents the first experimental results of transverse profile scans using a wire scanner b...
A beam wire scan is an interceptive method for transverse beam profile measurements. The working pri...
The method for measurement of transverse profile (emittance) of the bunch by detecting of radiation ...
Wire scanners are used usually to measure the profile of the core of the beam. Especially at high be...
In [1] the frequency of self-oscillations is proposed to use as information about the interaction ra...
Wire scanners are used to measure the profile and the position of particle beams and are therefore ...