In, designing undulators on a 6-GeV storage ring the primary consideration will be the power that such devices will deliver. The beam line design should be capable of handling large powers that such undulators will deliver. Specifically, in a beam line in the front end we have masks (fixed and movable) followed by various optical components. Many thermal designs are now being developed to improve on the capability of various components to handle a greater beat load than ever been possible before. For example, designs for rotating optics and liquid metal cooled optics are actively pursued in the MST division
A low-emittance 6 GeV storage ring aimed at producing high-brilliance synchrotron radiation from 29 ...
Short period undulators have the potential to enhance the spectral performance of synchrotron radia...
The in-vacuum undulator with a permanent magnet at room temperature is a mature technology and is wi...
There are two fundamental reasons to have a full knowledge of the angular distribution of power from...
The unique features of undulator radiation, i.e., high photon flux and brightness, partial coherence...
Various magnetic optics have been considered for PEP storage ring which can be used depending on the...
The high brightness of undulators opens up the possibility of performing exciting new experiments in...
In this note, we describe a design of lattice, which is by no means optimized for the ultimate perfo...
Based on an earlier statement made by CESR (during the meeting in March 1986 at Cornell) that the ri...
Over the last decade, many 3rd generation storage ring light sources have been built and put into op...
Over the last decade, many 3rd generation storage ring light sources have been built and put into op...
Over the last decade, many 3rd generation storage ring light sources have been built and put into op...
Over the last decade, many 3rd generation storage ring light sources have been built and put into op...
As part of a national multi-institutional Materials Research Group (MRG), Argonne National Laborator...
The undulator segments of the 130.4-m-long undulator line for the Linac Coherent Light Source projec...
A low-emittance 6 GeV storage ring aimed at producing high-brilliance synchrotron radiation from 29 ...
Short period undulators have the potential to enhance the spectral performance of synchrotron radia...
The in-vacuum undulator with a permanent magnet at room temperature is a mature technology and is wi...
There are two fundamental reasons to have a full knowledge of the angular distribution of power from...
The unique features of undulator radiation, i.e., high photon flux and brightness, partial coherence...
Various magnetic optics have been considered for PEP storage ring which can be used depending on the...
The high brightness of undulators opens up the possibility of performing exciting new experiments in...
In this note, we describe a design of lattice, which is by no means optimized for the ultimate perfo...
Based on an earlier statement made by CESR (during the meeting in March 1986 at Cornell) that the ri...
Over the last decade, many 3rd generation storage ring light sources have been built and put into op...
Over the last decade, many 3rd generation storage ring light sources have been built and put into op...
Over the last decade, many 3rd generation storage ring light sources have been built and put into op...
Over the last decade, many 3rd generation storage ring light sources have been built and put into op...
As part of a national multi-institutional Materials Research Group (MRG), Argonne National Laborator...
The undulator segments of the 130.4-m-long undulator line for the Linac Coherent Light Source projec...
A low-emittance 6 GeV storage ring aimed at producing high-brilliance synchrotron radiation from 29 ...
Short period undulators have the potential to enhance the spectral performance of synchrotron radia...
The in-vacuum undulator with a permanent magnet at room temperature is a mature technology and is wi...