Short copper standing wave (SW) structures operating at an X-band frequency have been recently designed and manufactured at the Laboratori Nazionali di Frascati of the Istituto Nazionale di Fisica Nucleare (INFN) using the vacuum brazing technique. High power tests of the structures have been performed at the SLAC National Accelerator Laboratory. In this manuscript we report the results of these tests and the activity in progress to enhance the high gradient performance of the next generation of structures, particularly the technological characterization of high performance coatings obtained via molybdenum sputtering. © 2012 Chinese Physical Society and the Institute of High Energy Physics of the Chinese Academy of Sciences and the Institut...
We report the building procedure of X-band copper structures using the electroforming and electropla...
High gradients in radio-frequency (RF) driven accelerators require short wavelengths that have the c...
We report the building procedure of X-band copper structures using the electroforming and electropla...
Short copper standing wave (SW) structures operating at an X-band frequency have been recently desig...
Abstract Two 11.424 GHz single cell standing wave accelerating structures have been fabricated for...
This communication focuses on the technological developments aiming to show the viability of novel w...
Technological advancements are strongly required to fulfill the demands of new accelerator devices w...
Linacs for high-energy physics, as well as for industry and medicine, require accelerating structure...
The CLIC study is investigating a number of different materials at different frequencies in order to...
The development of high gradient accelerating structures is one of the leading activities of the acc...
The next generation of accelerators, from the compact to the large infrastructure dedicated to high ...
There is a growing interest in the development of high gradient ({ge} 1 GeV/m) accelerating structur...
Technological activities to design, manufacture, and test new accelerating devices using different m...
A prototype 11.994 GHz, traveling-wave accelerating structure for the Compact Linear Collider has be...
The CLIC study group at CERN has built two X-band accelerating structures to be tested at SLAC in NL...
We report the building procedure of X-band copper structures using the electroforming and electropla...
High gradients in radio-frequency (RF) driven accelerators require short wavelengths that have the c...
We report the building procedure of X-band copper structures using the electroforming and electropla...
Short copper standing wave (SW) structures operating at an X-band frequency have been recently desig...
Abstract Two 11.424 GHz single cell standing wave accelerating structures have been fabricated for...
This communication focuses on the technological developments aiming to show the viability of novel w...
Technological advancements are strongly required to fulfill the demands of new accelerator devices w...
Linacs for high-energy physics, as well as for industry and medicine, require accelerating structure...
The CLIC study is investigating a number of different materials at different frequencies in order to...
The development of high gradient accelerating structures is one of the leading activities of the acc...
The next generation of accelerators, from the compact to the large infrastructure dedicated to high ...
There is a growing interest in the development of high gradient ({ge} 1 GeV/m) accelerating structur...
Technological activities to design, manufacture, and test new accelerating devices using different m...
A prototype 11.994 GHz, traveling-wave accelerating structure for the Compact Linear Collider has be...
The CLIC study group at CERN has built two X-band accelerating structures to be tested at SLAC in NL...
We report the building procedure of X-band copper structures using the electroforming and electropla...
High gradients in radio-frequency (RF) driven accelerators require short wavelengths that have the c...
We report the building procedure of X-band copper structures using the electroforming and electropla...