SSC-Linac[1] as the injector for the Separated Sector Cyclotron (SSC), is being constructed at national labo-ratory Heavy Ion Research Facility at Lanzhou (HIRFL). The injection and extraction energy are 3.7 keV/u and...SSC-Linac[1] as the injector for the Separated Sector Cyclotron (SSC), is being constructed at national labo-ratory Heavy Ion Research Facility at Lanzhou (HIRFL). The injection and extraction energy are 3.7 keV/u and1.025 MeV/u, respectively. Fig. 1 shows the front end section of the SSC-Linac. The high charges state continuswave (CW) 4-rod RFQ has been designed and fabricated for some years. From the end of 2013, the commissioningof the RFQ was performed and the beam test was carried out in April 2014. In this paper the experiment resultwill be presented.展开更多
The distance between two identical Time-Of-Flight(TOF)detectors,which are installed inside 10−11 mbar vacumm beam pipe in the straight section of the storage ring CSRe,is measured by a laser range-finder Leica Nova MS...The distance between two identical Time-Of-Flight(TOF)detectors,which are installed inside 10−11 mbar vacumm beam pipe in the straight section of the storage ring CSRe,is measured by a laser range-finder Leica Nova MS60 MultiStation[1].The objects of the measurement are the two carbon-foils of the detectors with their centres aligned to the ion beam trajectory.The diameter and thickness of the foils are 40 mm and90 nm respectively.Schematic view and picture of the TOF-detector[2]are shown in the left and middle panels of Fig.1.The TOFdetectors are moveable in x direction so that the carbon foil can be placed in and out of the beam line.展开更多
基金National Natural Science Foundation of China (10635090, 11375243)
文摘SSC-Linac[1] as the injector for the Separated Sector Cyclotron (SSC), is being constructed at national labo-ratory Heavy Ion Research Facility at Lanzhou (HIRFL). The injection and extraction energy are 3.7 keV/u and1.025 MeV/u, respectively. Fig. 1 shows the front end section of the SSC-Linac. The high charges state continuswave (CW) 4-rod RFQ has been designed and fabricated for some years. From the end of 2013, the commissioningof the RFQ was performed and the beam test was carried out in April 2014. In this paper the experiment resultwill be presented.
基金National Natural Science foundation of China(11605248,11605252)。
文摘The distance between two identical Time-Of-Flight(TOF)detectors,which are installed inside 10−11 mbar vacumm beam pipe in the straight section of the storage ring CSRe,is measured by a laser range-finder Leica Nova MS60 MultiStation[1].The objects of the measurement are the two carbon-foils of the detectors with their centres aligned to the ion beam trajectory.The diameter and thickness of the foils are 40 mm and90 nm respectively.Schematic view and picture of the TOF-detector[2]are shown in the left and middle panels of Fig.1.The TOFdetectors are moveable in x direction so that the carbon foil can be placed in and out of the beam line.
