CAJ | 학술논문

本文采用直径为2.5 mm的不锈钢铠装热丝研制了透射型表面电离器，并对离子源电源进行了改进。用连续可调直流开关电源代替原装交流电源作为电离器电源，用置于地电位的0～-20 kV电源代替原悬浮于-20 kV引出电压上的10 kV浸没透镜电源。给出了改进后GIC41172×1.7 M V串列加速器前法拉第杯 H -流强随电离器加热电流的变化曲线。
본문채용직경위2.5 mm적불수강개장열사연제료투사형표면전리기，병대리자원전원진행료개진。용련속가조직류개관전원대체원장교류전원작위전리기전원，용치우지전위적0～-20 kV전원대체원현부우-20 kV인출전압상적10 kV침몰투경전원。급출료개진후GIC41172×1.7 M V천렬가속기전법랍제배 H -류강수전리기가열전류적변화곡선。
A transmission surface type ionizer was developed with a φ2.5 mm stainless steel sheath core heating cable ,and the ion source power supply was also improved .A continuous adjustable DC switching power supply was employed instead of the original AC power supply as the ionizer power supply ,and a 0--20 kV DC power supply at the ground potential as the power of the immersion lens replaced the original 10 kV DC power supply suspended in -20 kV .The variation of the beam intensity of H - in the front Faraday cup of the GIC4117 2 × 1.7 MV tandetron with the ionizer heating current w as also show n .