Add to ORKGThe superconducting 3.5 T wiggler was designed and fabricated for the ELETTRA storage ring (Italy) for the generation of synchrotron radiation with critical energy of 9.3 keV. The presented wiggler is a 49 pole superconducting magnet with maximum field of 3.5 Tesla inserted into a special liquid helium cryostat. The wiggler design and main parameters are presented in this article. Results of magnetic field measurements and wiggler testing in different modes of operation are discussed. 1
The construction and performance of a 4.5 m, 1.6 T hybrid multipole wiggler for EIETTRA is described...
A novel insertion device for electron storage rings called the MAX-Wiggler has been constructed and ...
Several high-field superconducting wigglers (SCW) and wavelength shifters (WLS) are fabricated in Bu...
A 15-pole superconducting wiggler with period length of 6.1 cm is designed for National Synchrotron ...
The increasing demand for high fluxes of X-rays to perform crystallography and material physics at M...
The increasing demand for high fluxes of X-rays to perform crystallography and material physics at M...
The ESRF is currently setting up a beam line for very hard photons well above 250 keV. This requires...
A novel insertion device for electron storage rings called the MAX-Wiggler has been constructed at M...
3.5 Tesla 49-pole superconducting wiggler with 16 mm magnetic gap and 60 mm period for Diamond Light...
The superconducting 5 pole, 5 Tesla wiggler which has been operating in the X-17 straight section of...
The superconducting 5 pole, 5 Tesla wiggler which has been operating in the X-17 straight section of...
Budker INP has almost 25 years experience on designing and manufacturing of superconducting speciali...
Budker INP has almost 25 years experience on designing and manufacturing of superconducting speciali...
A 6 pole, 6 Tesla superconducting wiggler magnet provides collimated, high intensity, high energy x-...
Five high-performance insertion devices are currently operated in the 1.5 GeV storage ring of the Na...
The construction and performance of a 4.5 m, 1.6 T hybrid multipole wiggler for EIETTRA is described...
A novel insertion device for electron storage rings called the MAX-Wiggler has been constructed and ...
Several high-field superconducting wigglers (SCW) and wavelength shifters (WLS) are fabricated in Bu...
A 15-pole superconducting wiggler with period length of 6.1 cm is designed for National Synchrotron ...
The increasing demand for high fluxes of X-rays to perform crystallography and material physics at M...
The increasing demand for high fluxes of X-rays to perform crystallography and material physics at M...
The ESRF is currently setting up a beam line for very hard photons well above 250 keV. This requires...
A novel insertion device for electron storage rings called the MAX-Wiggler has been constructed at M...
3.5 Tesla 49-pole superconducting wiggler with 16 mm magnetic gap and 60 mm period for Diamond Light...
The superconducting 5 pole, 5 Tesla wiggler which has been operating in the X-17 straight section of...
The superconducting 5 pole, 5 Tesla wiggler which has been operating in the X-17 straight section of...
Budker INP has almost 25 years experience on designing and manufacturing of superconducting speciali...
Budker INP has almost 25 years experience on designing and manufacturing of superconducting speciali...
A 6 pole, 6 Tesla superconducting wiggler magnet provides collimated, high intensity, high energy x-...
Five high-performance insertion devices are currently operated in the 1.5 GeV storage ring of the Na...
The construction and performance of a 4.5 m, 1.6 T hybrid multipole wiggler for EIETTRA is described...
A novel insertion device for electron storage rings called the MAX-Wiggler has been constructed and ...
Several high-field superconducting wigglers (SCW) and wavelength shifters (WLS) are fabricated in Bu...