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SUPERCONDUCTING RF DEVELOPMENT AT NUCLEAR SCIENCE CENTRE

机译:核科学中心超导RF发展

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A Superconducting Linac is being installed as a booster for the 15 UD Pelletron accelerator at Nuclear Science Centre (NSC). The accelerating structure for this linac is a Nb QWR cavity, designed and fabricated as a joint collaboration between NSC and ANL, USA. Initial cavities required for the first linac module were fabricated at ANL. For fabrication of cavities required for future modules a Superconducting Resonator Fabrication Facility has been set up at NSC. Three quarter wave resonator (QWR) cavities have been fabricated using the in-house facility. This facility has been used for repairs on the resonators which sprung leaks. Fabrication of fifteen resonators for the second and third linac modules is under progress. Eight resonators along with a superconducting solenoid has been installed in the first linac cryostat and tested for energy gain with a pulsed beam of 90 MeV Si from the Pelletron. Acceleration of the ions to 96 MeV was measured downstream and beam transmission through the linac was measured to be ~ 100%.
机译:在核科学中心(NSC)的15个UD Pelletron加速器中安装超导LINAC作为助推器。该LINAC的加速结构是Nb QWR腔,设计和制造成作为NSC和ANL,USA之间的关节协作。第一个LINAC模块所需的初始腔在AN1中制造。为了制造未来模块所需的空腔,在NSC设置了超导谐振器制造设施。使用内部设施制造了三个季度波谐振器(QWR)腔。该设施已被用于谐振器上的修复,隆起泄漏。用于第二和第三LINAC模块的十五个谐振器的制造正在进行中。八个谐振器以及超导螺线管已经安装在第一个LinaC低温恒温器中并测试能量增益,从Pelletron使用90meV Si的脉冲束。测量离子至96meV的加速,并测量通过LINAC的光束传递以〜100%。

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