Asian Forum for Accelerators and Detectors (AFAD) 2018

Slides

• AFAD-Company3-1-30-2018.pdf
• P1-AFAD2018-okada.pdf
• P2-CEPC-AFAD-XinchouLou.pdf
• P3-dekim_AFAD_reduced.pdf
• P4-20180129_AFAD2018_YKKwon_RAON_overview.pdf
• P5-kaeri66_final.pdf
• P6-180130_AFAD_KNO_Seo.pdf
• WG1_11_Aryshev_LUCX_THz_review.pdf
• WG1_12_FEL_ERL_RF_GUN.pdf
• WG1_13_AFAD2018_WG1_DIRAMS_HL_talk.pdf
• WG1_14_AFAD_talk-Weiqing_Zhang.pdf
• WG1_15_Structured_light_from_helical_undulators.pdf
• WG1_1_MKuriki.pdf
• WG1_2_Status_of_Free_Electron_Lasers_in_SINAP.PDF
• WG1_3_sub20fs_timing_jitter_of_PAL-XFEL-AFAD20180129.pdf
• WG1_4_Novosibirsk_FEL_facility.pdf
• WG1_5_AFAD2018_BKSahu.pdf
• WG1_6_AFAD-2018-WG1-Urakawa.pdf
• WG1_7_01-AFAD2018_Rimjaem.pdf
• WG1_8_JHHan_WG1.pdf
• WG1_9_Meshkov_BINP.pdf
• WG1_Summary.pdf
• WG2-10-The_Central_Detector_of_JUNO_-_hengyk_-_upload.pdf
• WG2-11-5-MCP_3.pdf
• WG2-12-AFAD2018--QianSen-MCP-PMTs--V2.0.pdf
• WG2-13-AFAD2018_GuoZiyi_v1.pdf
• WG2-14-PandaX-4T_Dark_Matter_Detector-AFAD2018.pdf
• WG2-15-PandaX-III_AFAD2018_Shaobo.pdf
• WG2-2-Ceramic_GEM_Uno.pdf
• WG2-3-AFAD2018-ST_Park.pdf
• WG2-4-20180129-raon-lamps-tpc-mryu.pdf
• WG2-5-AFAD2018-sakashita.20180129_v0.pdf
• WG2-6-AFAD-LS-20180129-KKJoo.pdf
• WG2-7-AACAL_for_ILC-AFAD2018.pdf
• WG2-8-2018AFAD_NEOS-Youngju_Ko.pdf
• WG2-9-AFAD2018_Sehwook.pdf
• WG2-AFAD2018_WG2_summary2.pdf
• WG3-1-AFAD2018WG3_keishi_sakamotor3.pdf
• WG3-11-AFAD2018_Medical_Applications_full_presentation_(3).pdf
• WG3-12-AFAD_2018-Ion_Beam_Breeding_in_Korea(KAERI-SY_Kang)(1).pdf
• WG3-13-AFAD2018-Jiaru_Shi.pdf
• WG3-2-nagatani_afad_180129sum.pdf
• WG3-3-Electron_linear_accelerator_for_radiotherapy_v2.1.pdf
• WG3-4-AFAD2018-FanKJ.pdf
• WG3-6-Takayama_Jan_25th.pdf
• WG3-7-tauchi-TXePET.pdf
• WG3-9-20180129_AFAD2018-WG3_Qingzi_Xing.pdf
• WG3-Summary_Note-oh.pdf
• WG4-1-AFAD2018-K_Kondo.pdf
• WG4-10-YenchiehHuang.pdf
• WG4-11-AFAD2018-Suk.pdf
• WG4-12-MSHur-20180130-AFAD2018.pdf
• WG4-2-20180129__AFAD_shpark_upload.pdf
• WG4-3-20180129_AFAD_ykkim.pdf
• WG4-4-Hafz_WG4_Talk.pdf
• WG4-6-20180129-AFAD.pdf
• WG4-7-AFAD2018-D_Li.pdf
• WG4-8-AFAD2018_Koyama.pdf
• WG4_Summary.pdf
• WG5-1-AFAD2018-furusaka_180127.pdf
• WG5-11-Park_Bum_Sik.pdf
• WG5-12-(2018-01-30)KBSI_Dr.Lee1.pdf
• WG5-13-AFAD2018-V_Ryjkov.pdf
• WG5-14-AFAD2018_yhpark.pdf
• WG5-15-20180128._AFDA2018-S_Shin.pdf
• WG5-2-RILACupgrade-sakamoto.pdf
• WG5-4-20180129-AFAD2018-Hirota.pdf
• WG5-5-AFAD2018-Chai.pdf
• WG5-7-AFAD2018_HJKWON.pdf
• WG5-8-AFAD2018-DS_Kim.pdf
• WG5-9-AFAD2018_YKim_r2.pdf
• WG5_Summary.pdf
• WG6-1-Networking-Computing-IHEP-AFAD-2018.pdf
• WG6-10-AFAD2018-S_Noh.pdf
• WG6-11-AFAD2018-20180129-LHCOPN-LHCONE.pdf
• WG6-12-AFAD2018-ByungKyu_Kim_(TEINCC).pdf
• WG6-13-afad_2018-Lim.pdf
• WG6-14-2017_Australia_Site-Report-AFAD.pdf
• WG6-2-kek_iwai_WG6_v3.pdf
• WG6-3-2018_1_29_KREONET_KREONet2(AFAD2018)_bscho.pdf
• WG6-4-afad2018_cho_013018.pdf
• WG6-5-TomoeKishimoto.pdf
• WG6-6-ASGC-AFAD2018_ver2.pdf
• WG6-7-AFAD2018-burin.pdf
• WG6-8-AFAD_2018_1_29_v2_1.pdf
• WG6-summary-afad2018_wg6_013018.pdf
• WG7-1-AFAD2018_JuWan_Kim.pdf
• WG7-12-AFAD2018_KI_PPT_Final_upload.pdf
• WG7-3-AFAD2018-Jianqing_Zhang.pdf
• WG7-4-AFAD2018_0129_Daejeon_HSKIM.pdf
• WG7-6-AFAD2018(Nakai)20180202.pdf
• WG7-7-AFAD2018-Zong.pdf
• WG7-8-Introduction_of_PAPS_cryogenic_system_for_AFAD2018_WG7_from_Shaopeng_li.pdf
• WG7-9-AFAD18_CMforRAON_MINKI.pdf
• WG7_10_20180130_CEPC_SRF_AFAD18.pdf
• WG7_11_AFDA2018WG7Sak.pdf
• WG7_Summary_1-H_Kwon.pdf