LINAC2014 - List of Keywords (background)

Paper	Title	Other Keywords	Page
TUPP037	Transverse Emittance Measurements of the REX-ISOLDE Beams in Preparation for the HIE-ISOLDE Commissioning	emittance, quadrupole, linac, ion	513
	D. Voulot, M.A. Fraser, D. Lanaia CERN, Geneva, Switzerland T. Olsson MAX-lab, Lund, Sweden
	The transverse emittance at the output of the REX-ISOLDE normal conducting linac has been measured at different energies in order to characterise the beam at injection to the future HIE-ISOLDE superconducting linac. The measurements were done with low intensity stable beams (~0.5 enA) in order to avoid compensation effects in the EBIS ion source and obtain representative measurements of the radioactive ion beam emittance. Emittances were measured using a slit-grid emittance meter and compared with results obtained with a quadrupole-scan (three-gradient) method. An analysis of the background suppression is presented and possible source of errors for both type of measurements are discussed.
	Poster TUPP037 [2.084 MB]

THIOC01	SPIRAL2 Bunch Extension Monitor	cryomodule, detector, cavity, linac	824
	R.V. Revenko, J.L. Vignet GANIL, Caen, France
	Funding: The work is funded in frame of CRISP WP3T1 Superconducting linacs require beam diagnostics to quantify the time extension of the bunch for a proper beam adaptation. Bunch extension monitor (BEM) should provide measurements with required resolution and minimal disturbance of beam properties, have a broad dynamic range of beam intensity and should be easy to use for accelerator routine operation. The design of BEM should take into account operation at the vicinity of cryomodules and satisfy imposed requirements for this. BEM measures the x-rays resulting of the bunch interaction with a tungsten wire. Developed prototype of detector was successfully tested with ions beams. Test for detector background conditions at vicinity of cryomodule was carried out and results are presented.
	Slides THIOC01 [7.054 MB]

Paper

Title

Other Keywords

Page

TUPP037

Transverse Emittance Measurements of the REX-ISOLDE Beams in Preparation for the HIE-ISOLDE Commissioning

emittance, quadrupole, linac, ion

513

D. Voulot, M.A. Fraser, D. Lanaia
CERN, Geneva, Switzerland
T. Olsson
MAX-lab, Lund, Sweden

The transverse emittance at the output of the REX-ISOLDE normal conducting linac has been measured at different energies in order to characterise the beam at injection to the future HIE-ISOLDE superconducting linac. The measurements were done with low intensity stable beams (~0.5 enA) in order to avoid compensation effects in the EBIS ion source and obtain representative measurements of the radioactive ion beam emittance. Emittances were measured using a slit-grid emittance meter and compared with results obtained with a quadrupole-scan (three-gradient) method. An analysis of the background suppression is presented and possible source of errors for both type of measurements are discussed.

Poster TUPP037 [2.084 MB]

THIOC01

SPIRAL2 Bunch Extension Monitor

cryomodule, detector, cavity, linac

824

R.V. Revenko, J.L. Vignet
GANIL, Caen, France

Funding: The work is funded in frame of CRISP WP3T1
Superconducting linacs require beam diagnostics to quantify the time extension of the bunch for a proper beam adaptation. Bunch extension monitor (BEM) should provide measurements with required resolution and minimal disturbance of beam properties, have a broad dynamic range of beam intensity and should be easy to use for accelerator routine operation. The design of BEM should take into account operation at the vicinity of cryomodules and satisfy imposed requirements for this. BEM measures the x-rays resulting of the bunch interaction with a tungsten wire. Developed prototype of detector was successfully tested with ions beams. Test for detector background conditions at vicinity of cryomodule was carried out and results are presented.

Slides THIOC01 [7.054 MB]