[1] WANG Yali, ZHANG Qian. Fabrication of hollow array of microchannel plate by hollow fiber hot melt method: CN201911283388. X[P]. 20200407.
[2] LI Jiang, CHEN Xiangping, SU Chonghao. The polishing method of internal surface f microchannel plate: CN201911282170.2[P]. 20200417.
[3] IOSUE M J, SMITHSON R H. Method system f manufacturing microchannel plates: US6049168[P]. 20000411.
[4] YI J J L. Buck conducting glass compositions: US6103648[P]. 20000815.
[5] MASAHIKO Inoue, TAKEOKAN Hara, SONGPU Huishu, et al. Microchannel board: CN1444771A[P]. 20030924.
[6] T SINOR, E J BENDER, T CHAU, et al. New Frontier in 21 century microchannel plate technology: bulk conductive MCP based image intensifier. SPIE, 4128, 5-13(2000).
[7] WANF Chengyu, TAO Ying. Glass surface treatment technology[M]. Beijing: Chemical Industry Press, 2004: 109143.
[8] Wenhong FU, Benkang CHANG. A research into the effect of funnel MCP on the relationship between current gain and noise figure. Journal of Applied Optics, 25, 22-24(2004).
[9] Hui TONG, Yingxia LI, Jiaheng LEI, . Study on process of acid treatment to porous glass. New Chemical Materials, 32, 37-38(2004).
[10] Shulin LIU, Xiang LI, Guangxu DENG, . Development of low noise and high gain microchannel board. Journal of Applied Optics, 27, 552-557(2006).
[11] Shulin LIU, Lei PENG, Zhiqing XU, . Resistance stability of high-performance microchannel plate during degassing process. Journal of Applied Optics, 28, 732-736(2007).
[12] Lihong NIU, Yuchun FENG, Xiaomei KUO, . The developments of Si microchannel plates for electron multiplying. Optical Technique, 33, 354-356(2007).
[13] Zhongwen SUN, Yonggang HUANG, Jinsheng JIA, . Effect of acid etching on electrical performances of microchannel plate. Journal of Applied Optics, 29, 161-165(2008).
[14] Li WANG, Xiaoxing SHANG, Ying WANG. Development of low-light level night vision. Laser & Optoelectronics Progress, 45, 56-60(2008).
[15] XU Jiangtao. Study on swich MCP photomultiplier[J]. Journal of Applied Optics, 1997, 18(6):27 30.
[16] YAN Baojun, LIU Shulin, WEN Kaile, et al. Secondary electron yield of nanothick aluminum oxide its application on MCP detect[M]. Singape: Springer Singape, 2018: 339343.
[17] Xiaofeng LI, Tingtao LI, Jinneng ZENG, . Study on the improvement of input signal utilization of MCP. Acta Photonica Sinica, 49, 182-186(2020).
[18] Detan SU, Jianning SUN, Xiaoqian CHEN, . Research and application of processing technology of cladding-tube with large aspect ratio. Journal of Applied Optics, 42, 346-351(2021).
