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首页> 外文期刊>Bulletin of Institute for Chemical Research Kyoto University >B~+ Beam Tests of the 'Modified' cw 4-rod RFQ
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B~+ Beam Tests of the 'Modified' cw 4-rod RFQ

机译:改进的连续四连杆RFQ的B〜+梁测试

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The development of the "modified" 4-rod RFQ linac system has been completed and a series of beam acceleration experiments demonstrated the specified performance of the RFQ linac. The RFQ accelerates light and medium ions to MeV energies for irradiation applications. The linac operates in cw mode at 34 MHz, relatively lower resonant frequency compared with most of the existing proton RFQs. The RFQ cavity withstands up to 50 kW cw rf power. He~+, N~(2+), C~+ and B~+ ions were successfully accelerated to their goal energies of 84 keV/u: 0.334 MeV, 1.17 MeV, 1.00 MeV and 0.92 MeV, respectively. The maximum beam currents measured at the RFQ output were 32, 13, 220 and 330 pμA for He~+, N~(2+), C~+ and B~+, respectively with the beam transmission over 80%.
机译:“改进的” 4杆RFQ直线加速器系统的开发已经完成,一系列的光束加速实验证明了RFQ直线加速器的特定性能。 RFQ将光和中离子加速为MeV能量以用于辐照应用。直线加速器在34 MHz的cw模式下工作,与大多数现有的质子RFQ相比,共振频率较低。 RFQ腔可承受高达50 kW的cw rf功率。 He〜+,N〜(2 +),C〜+和B〜+离子已成功加速至其目标能量84 keV / u:分别为0.334 MeV,1.17 MeV,1.00 MeV和0.92 MeV。对于He〜+,N〜(2 +),C〜+和B〜+,在束传输率超过80%时,在RFQ输出处测得的最大束电流分别为32、13、220和330pμA。

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