[1] Xu J, Ren Z, Yang P et al. A seven-bend-achromat lattice option for the HALF storage ring[J]. Journal of Instrumentation, 17, P01001(2022).
[2] Wang W X, Li C, He Z G et al. Commissioning the photocathode radio frequency gun: a candidate electron source for Hefei Advanced Light Facility[J]. Nuclear Science and Techniques, 33, 1-9(2022).
[3] Li X, He X, Wang Z et al. Conceptual design and theoretical analysis of a system: The reference network of alignment[J]. Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, 1011, 165582(2021).
[4] Jamroz J, Hardion V, Martos V et al. Timing system at MAX IV–status and development[C](2015).
[5] Brito J L N, Marques S R, Tavares D O et al. Status development of sirius timing system[C], 1007-1010(2016).
[6] Goujon G, Broquet A, Janvier N. Refurbishment of the ESRF accelerator synchronisation system using White Rabbit[C], 224-228(2017).
[7] Liu F, Lei G, Duan Z et al. The design of HEPS global timing system[J]. Radiation Detection Technology and Methods, 5, 379-388(2021).
[8] Henderson S. Status of the APS upgrade project[C], 1791-1793(2015).
[9] Yan Y B, Yu P X, Gong G H et al. White rabbit based beam-synchronous timing systems for SHINE[C](2022).
[10] Ye Y, Li H, Li J et al. Timing system based on customized frequency White Rabbit network in SHINE[J]. Journal of Instrumentation, 17, T09009(2022).
[11] Pietarinen J. MRF timing system[R](2008).
[13] LIU Ming, YIN Chongxian, ZHAO Liying et al. Design of a novel timing system[J]. Nuclear Techniques, 33, 425-428(2010).
[14] Kraimer M R, Anderson J B, Johnson A N et al. EPICS application developer's guide[J]. EPICS Base Release, 3, 1-243(2012).
[15] Slepicka H H, Gibbs M. PyDM-status update[C](2019).
[16] Slepicka H H, Gibbs M. PyDM-extension points[C](2019).
[17] Cohen L G, Fleming J W. Effect of temperature on transmission in lightguides[J]. The Bell System Technical Journal, 58, 945-951(1979).
[18] MA Zhichao, HE Cuiping, WANG Shaolei. Influence of ambient temperature on the optical signal transmission delay in single mode fiber[J]. Optical Communication Technology, 39, 15-16(2015).
