LINAC 1

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1■30 周年記念特別講演 1 月 8 日（月・祝） 13:30-14:30 （M 会場） 「Photon Science with X-Ray Free Electron Lasers」 Jerome Hastings（Linac Coherent Light Source, SLAC National Accelerator Laborator

■30 周年記念特別講演 1 月 8 日（月・祝） 13:30-14:30 （M 会場） 「Photon Science with X-Ray Free Electron Lasers」 Jerome Hastings（Linac Coherent Light Source, SLAC National Accelerator Laborator

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Source URL: www.jssrr.jp

Language: Japanese - Date: 2017-12-20 00:40:44
    26E8 protons/bucket -> 1 .5E3 neutronsl cmn2lbucket (after target - @ 190 cm) RF structure of the linac is 200 MHz

    6E8 protons/bucket -> 1 .5E3 neutronsl cmn2lbucket (after target - @ 190 cm) RF structure of the linac is 200 MHz

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    Source URL: www-bd.fnal.gov

    - Date: 2014-04-11 13:43:14
      3インストール手順書 KEK版Control System Studio バージョン: 3.1.2 ステータス: Released 管理者: Takashi Nakamoto

      インストール手順書 KEK版Control System Studio バージョン: 3.1.2 ステータス: Released 管理者: Takashi Nakamoto

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      Source URL: www-linac.kek.jp

      - Date: 2013-06-04 03:36:01
        448 MeV, 6 kW Electron LINAC, (White Room) RF Frequency: 2856 MHz (S-Band) Energy Range: ~25-48 MeV (current varies) Average Current: uAmps Pulse Width: ~1 to 9 micro seconds

        48 MeV, 6 kW Electron LINAC, (White Room) RF Frequency: 2856 MHz (S-Band) Energy Range: ~25-48 MeV (current varies) Average Current: uAmps Pulse Width: ~1 to 9 micro seconds

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        Source URL: iac.isu.edu

        - Date: 2014-12-03 15:07:39
          520 MeV High Rep Rate LINAC (Phys Sciences) RF Frequency: 2856 MHz (S-Band) Energy Range: ~4-20 MeV (current varies) Average Current: 1 uAmp Pulse Width: ~n secs

          20 MeV High Rep Rate LINAC (Phys Sciences) RF Frequency: 2856 MHz (S-Band) Energy Range: ~4-20 MeV (current varies) Average Current: 1 uAmp Pulse Width: ~n secs

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          Source URL: iac.isu.edu

          - Date: 2014-12-03 15:08:27
            6The JAERI Superconducting rf Linac Driver for An Industrial 1

            The JAERI Superconducting rf Linac Driver for An Industrial 1

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            Source URL: www.sinap.ac.cn

            Language: English
              7 The SNS High Energy Beam Transport Line D. Raparia, J. Alessi, Y. Y. Lee, and W. T. Weng, September 20, Introduction The 1 MW SNS machine consists of 1 GeV linac, an accumulator ring [1], and

              The SNS High Energy Beam Transport Line D. Raparia, J. Alessi, Y. Y. Lee, and W. T. Weng, September 20, Introduction The 1 MW SNS machine consists of 1 GeV linac, an accumulator ring [1], and

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              Source URL: server.c-ad.bnl.gov

              Language: English - Date: 1998-10-08 16:49:55
                8Chapter 5 Cryostat and Cryosystems 5.1 The TTF Cryogenic System The TTF cooling scheme as of April, 1992, provided for cooling of the vertical test cryostats, the horizontal test cryostat and 50 meter TTF linac, via a la

                Chapter 5 Cryostat and Cryosystems 5.1 The TTF Cryogenic System The TTF cooling scheme as of April, 1992, provided for cooling of the vertical test cryostats, the horizontal test cryostat and 50 meter TTF linac, via a la

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                Source URL: tesla.desy.de

                Language: English - Date: 1995-03-03 10:47:34
                  9CHAPTER 3 THE DRIVER LINAC 3.1 Linac architecture The proposed driver is a 100 MeV proton linac, operating at 352 MHz, cw, composed by a room temperature RFQ and a superconducting linac (ISCLThe linac structure c

                  CHAPTER 3 THE DRIVER LINAC 3.1 Linac architecture The proposed driver is a 100 MeV proton linac, operating at 352 MHz, cw, composed by a room temperature RFQ and a superconducting linac (ISCLThe linac structure c

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                  Source URL: www.lnl.infn.it

                  - Date: 2004-10-05 05:04:45
                    10CHAPTER 8 COSTS AND SCHEDULE COSTS Table 8.1 summarizes the cost breakdown of the entire facility described in the previous chapters; it relates to a 100 MeV 3 mA proton driver linac, to a RIB production section based o

                    CHAPTER 8 COSTS AND SCHEDULE COSTS Table 8.1 summarizes the cost breakdown of the entire facility described in the previous chapters; it relates to a 100 MeV 3 mA proton driver linac, to a RIB production section based o

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                    Source URL: www.lnl.infn.it

                    - Date: 2004-10-05 05:04:46