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TY - UNPB AU - He, F.S. AU - Dai, J. AU - Dai, J.P. AU - Gan, N. AU - Hao, H.X. AU - Huang, H. AU - Huang, T.M. AU - Huang, X. AU - Li, Z.Q. AU - Lin, H.Y. AU - Liu, R.L. AU - Ma, Q. AU - Ma, X. AU - Meng, F. AU - Mi, Z.H. AU - Pan, W.M. AU - Peng, X.H. AU - Sha, P. AU - Shao, Y. AU - Wang, G.W. AU - Wang, Q.Y. AU - Xue, Z. AU - Zhang, P. AU - Zhang, X.Y. ED - Schaa, Volker RW ED - He, Yuan ED - Li, Lu ED - Zhao, Ning TI - The R&D on TEM-type SRF Cavities for High-current Applications at IHEP J2 - Proc. of SRF2017, Lanzhou, China, July 17-21, 2017 C1 - Lanzhou, China T2 - International Conference on RF Superconductivity T3 - 18 LA - english AB - The recent SRF R&D efforts on TEM-type cavities at IHEP have been strongly linked to two large projects: high current proton linac for ADS and High Energy Photon Source (HEPS). A CW 10 MeV proton injector and part of the 25 MeV main linac for the CADS project are developed at IHEP. 14 SRF spoke012 cavities for the injector have been commissioned with 10.6mA proton beam at 10.67MeV; while 6 SRF spoke021 cavities for the main linac have been assembled into cryomodule in Lanzhou. 166.6 MHz quarter-wave β=1 cavities were proposed for HEPS storage ring, required by the planned on-axis beam accumulation injection scheme. Each 166.6 MHz cavity will be operated at 4 K providing 1.2 MV accelerating voltage and 145 kW of power to the electron beam. A proof-of-principle cavity has been manufactured and vertical tested recently with a success. HOM damping is currently being designed. The development progress of the 6 types of spoke, HWR, QWR cavities, and their ancillaries, as well as the spoke cavity performance during beam operation, will be addressed. PB - JACoW CP - Geneva, Switzerland ER -