Add to ORKGA beryllium (Be) window for an Advanced Photon Source (APS) diagnostics beamline has been designed and built. The window, which has a double concave axisymmetrical profile with a thickness of 0.5 mm at the center, receives 160 W/mm{sup 2} (7 GeV/100 mA stored beam) from an undulator beam. The window design as well as thermal and thermomechanical analyses, including thermal buckling of the Be window, are presented
White-beam slits are precision high-heat-load devices used on beamlines of the Advanced Photon Sourc...
A high temperature precision x-ray camera has been designed and constructed by modification of the f...
We report the design and fabrication of an 805 MHz RF cavity with beryllium (Be) windows for a muon ...
The design of a beryllium (Be) window for use under the extremely high heat load of an undulator bea...
An experimental study to investigate thermal-induced damage to SSRL-designed beryllium foil windows ...
Design, analysis and testing of a waveguide window with a goal of propagating greater than 100 kW av...
Design, Analysis, and testing of a waveguide window with a goal of propagatin g greater than 100 kW ...
Design, analysis, and testing of a waveguide window with a goal of propagating greater than 100 kW a...
A compact filter/mask/window assembly has been designed for undulator beamline commissioning activit...
Beryllium is a material extensively used in various particle accelerator beam lines and target facil...
At CERN, the High Radiation to Materials facility (HiRadMat) is designed to test accelerator compone...
Beryllium is extensively used in various accelerator beam lines and target facilities as material fo...
RF cavities for muon ionization cooling channels can be separated by RF windows to improve the inter...
We report on the design and fabrication of an 805 MHz RF cavity with beryllium (Be) windows for a m...
The first synchrotron radiation beam line using a 4-m-long undulator at the 12 GeV storage ring PETR...
White-beam slits are precision high-heat-load devices used on beamlines of the Advanced Photon Sourc...
A high temperature precision x-ray camera has been designed and constructed by modification of the f...
We report the design and fabrication of an 805 MHz RF cavity with beryllium (Be) windows for a muon ...
The design of a beryllium (Be) window for use under the extremely high heat load of an undulator bea...
An experimental study to investigate thermal-induced damage to SSRL-designed beryllium foil windows ...
Design, analysis and testing of a waveguide window with a goal of propagating greater than 100 kW av...
Design, Analysis, and testing of a waveguide window with a goal of propagatin g greater than 100 kW ...
Design, analysis, and testing of a waveguide window with a goal of propagating greater than 100 kW a...
A compact filter/mask/window assembly has been designed for undulator beamline commissioning activit...
Beryllium is a material extensively used in various particle accelerator beam lines and target facil...
At CERN, the High Radiation to Materials facility (HiRadMat) is designed to test accelerator compone...
Beryllium is extensively used in various accelerator beam lines and target facilities as material fo...
RF cavities for muon ionization cooling channels can be separated by RF windows to improve the inter...
We report on the design and fabrication of an 805 MHz RF cavity with beryllium (Be) windows for a m...
The first synchrotron radiation beam line using a 4-m-long undulator at the 12 GeV storage ring PETR...
White-beam slits are precision high-heat-load devices used on beamlines of the Advanced Photon Sourc...
A high temperature precision x-ray camera has been designed and constructed by modification of the f...
We report the design and fabrication of an 805 MHz RF cavity with beryllium (Be) windows for a muon ...
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