Add to ORKGIrradiation test of typical insulating materials for an accelerator magnet was carried out, using actual radiation in the TRISTAN MR (main ring) which was operated at the highest radiation level in the accelerator society. Physical and chemical degradations of the insulating materials due to irradiation are quantitatively reported in this paper. Some suggestions on future insulating material and its manufacturing method are given. I
The energy stored in the particle beams of an accelerator such as CERNs LHC is substantial and requi...
Electrons that are IOSI from the beam during nom-A operation of a synchrotron radiation source and d...
Abstract. Most of the materials used in practice show degradation due to fatigue, i.e. cyclic loadin...
AbstractMy survey of radiation effects in insulators concentrates on the three main thrusts of mecha...
This thesis focuses on radiation degradation studies of polyimide, polyepoxy/glass-fiber composites ...
In order to determine the radiation stability of electrical insulation that could be used in a super...
Future accelerators will make extensive use of superconductors made of Nb3Sn, which allows higher ma...
The structural and other components used in high energy accelerators are continuously exposed to a w...
The most important effect of the degradation by radiation in steels and welds is the decrease in the...
The effects of radiation damage on the superconducting critical properties of candidate magnet mater...
The problem of neutron-induced radioactivity in magnet structural materials for fusion reactors is e...
Electrons that are lost from the beam during normal operation of a synchrotron radiation source and ...
In the present study, the most useful stainless steels of in nuclear industry, i.e. 304, 304L and 31...
Bombardment of a solid by nuclear radiation causes alterations in its physical properties. The damag...
The most important effect of the degradation by neutron irradiation is a decrease in the ductility o...
The energy stored in the particle beams of an accelerator such as CERNs LHC is substantial and requi...
Electrons that are IOSI from the beam during nom-A operation of a synchrotron radiation source and d...
Abstract. Most of the materials used in practice show degradation due to fatigue, i.e. cyclic loadin...
AbstractMy survey of radiation effects in insulators concentrates on the three main thrusts of mecha...
This thesis focuses on radiation degradation studies of polyimide, polyepoxy/glass-fiber composites ...
In order to determine the radiation stability of electrical insulation that could be used in a super...
Future accelerators will make extensive use of superconductors made of Nb3Sn, which allows higher ma...
The structural and other components used in high energy accelerators are continuously exposed to a w...
The most important effect of the degradation by radiation in steels and welds is the decrease in the...
The effects of radiation damage on the superconducting critical properties of candidate magnet mater...
The problem of neutron-induced radioactivity in magnet structural materials for fusion reactors is e...
Electrons that are lost from the beam during normal operation of a synchrotron radiation source and ...
In the present study, the most useful stainless steels of in nuclear industry, i.e. 304, 304L and 31...
Bombardment of a solid by nuclear radiation causes alterations in its physical properties. The damag...
The most important effect of the degradation by neutron irradiation is a decrease in the ductility o...
The energy stored in the particle beams of an accelerator such as CERNs LHC is substantial and requi...
Electrons that are IOSI from the beam during nom-A operation of a synchrotron radiation source and d...
Abstract. Most of the materials used in practice show degradation due to fatigue, i.e. cyclic loadin...