共同利用トップ > ビームタイム予定 > ビームタイム予定 2017
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ビームタイム予定 2017年度

 
⇒ 2017年4月
April, 2017
SUN MON TUE WED THU FRI SAT
1
D1 :  竹下2014MS03 : Development of polymer dynamics probing method using magnetic marker
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
          利用運転:150kW
21:00 - から
利用運転:150kW
2 3 4 5 6 7 8
D1 :  竹下2014MS03 : Development of polymer dynamics probing method using magnetic marker
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 :  渡辺2017A0139 : Measurement of single event transients in digital logic circuits under low-energy muon irradiation
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 :  渡辺2017A0139 : Measurement of single event transients in digital logic circuits under low-energy muon irradiation
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
Maintenance D2 :  装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  河村聖子2017A0262 : μSR study on frustrated quantum spin system (CuCl)La(Nb1-x}Tax)2O7
D2 :  装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  河村聖子2017A0262 : μSR study on frustrated quantum spin system (CuCl)La(Nb1-x}Tax)2O7
D2 :  装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  河村聖子2017A0262 : μSR study on frustrated quantum spin system (CuCl)La(Nb1-x}Tax)2O7
利用運転:150kW 利用運転:150kW 利用運転:150kW
翌 9:00まで
メンテナンス
(トンネル入域)
利用運転:150kW
9:00 - から
利用運転:150kW 利用運転:150kW
9 10 11 12 13 14 15
D1 :  南部2015MP002(マルチプローブ課題) :マルチプローブで視る鉄系梯子型物質の磁性と超伝導
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D1 :  南部2015MP002(マルチプローブ課題) :マルチプローブで視る鉄系梯子型物質の磁性と超伝導
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
Maintenance/
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
D2 :  装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
利用運転:150kW 利用運転:150kW 利用運転:150kW
翌 9:00まで
メンテナンス
(トンネル入域)
利用運転:150kW
21:00 - から
利用運転:150kW 利用運転:150kW 利用運転:150kW
16 17 18 19 20 21 22
D1 :  藤田2015MP001(マルチプローブ課題) :T'構造銅酸化物における局所構造変化が誘起する量子相転移
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D1 :  藤田2015MP001(マルチプローブ課題) :T'構造銅酸化物における局所構造変化が誘起する量子相転移
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D1 :  藤田2015MP001(マルチプローブ課題) :T'構造銅酸化物における局所構造変化が誘起する量子相転移
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
Maintenance Maintenance Maintenance Maintenance
利用運転:150kW 利用運転:150kW 利用運転:150kW
翌 7:00まで
停止:7:00 - 
メンテナンス
メンテナンス メンテナンス メンテナンス
23 24 25 26 27 28 29
Maintenance Maintenance Accelerator Operation Maintenance D2 :  梅垣2017A0236 : Observation of Li in electrochemically charged cathode and anode in lithium-ion batter
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  装置調整課題2017MI21 : S1装置調整課題
D2 :  梅垣2017A0236 : Observation of Li in electrochemically charged cathode and anode in lithium-ion batter
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  Miao2017A0014 : Dome-like hole-doping dependence of negative thermal expansion in PrBaCo2O5.5+x
D2 :  梅垣2017A0236 : Observation of Li in electrochemically charged cathode and anode in lithium-ion batter
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  Miao2017A0014 : Dome-like hole-doping dependence of negative thermal expansion in PrBaCo2O5.5+x
メンテナンス メンテナンス 調整 メンテナンス
(トンネル入域)
利用運転:150kW
21:00 - から
利用運転:150kW 利用運転:150kW 利用運転:150kW
30
D2 :  梅垣2017A0236 : Observation of Li in electrochemically charged cathode and anode in lithium-ion batterion of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  Miao2017A0014 : Dome-like hole-doping dependence of negative thermal expansion in PrBaCo2O5.5+x
利用運転:150kW            
⇒ 2017年5月
May, 2017
SUN MON TUE WED THU FRI SAT
1 2 3 4 5 6
D2 :  装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  Miao2017A0014 : Dome-like hole-doping dependence of negative thermal expansion in PrBaCo2O5.5+x
Maintenance Accelerator Operation Accelerator Operation Accelerator Operation Accelerator Operation
  利用運転:150kW
翌 9:00まで
メンテナンス
(トンネル入域)
調整運転:150kW
21:00 - から
調整運転 調整運転 調整運転 調整運転
7 8 9 10 11 12 13
Accelerator Operation D2 :  装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  山内2017A0184 : Search for the Berezinskii-Kosterlitz-Thouless transition in two-dimensional antiferromagnets
D1 :  装置調整課題2017MI01 : D1装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  山内2017A0184 : Search for the Berezinskii-Kosterlitz-Thouless transition in two-dimensional antiferromagnets
Maintenance D1 :  装置調整課題2017MI01 : D1装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 :  装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D1 :  竹下2014MS03 : Development of polymer dynamics probing method using magnetic marker
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
調整運転:
翌 9:00まで
利用運転:150kW
9:00 - から
利用運転:150kW
翌 9:00まで
メンテナンス
(トンネル入域)
利用運転:150kW
9:00 - から
利用運転:150kW 利用運転:150kW
14 15 16 17 18 19 20
D1 :  竹下2014MS03 : Development of polymer dynamics probing method using magnetic marker
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D1 :  竹下2014MS03 : Development of polymer dynamics probing method using magnetic marker
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D1 :  髭本2014MS02 : Development of D1 spectrometer instruments and μSR experiment in strongly correlated electron systems
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
Maintenance/
D1 :  髭本2014MS02 : Development of D1 spectrometer instruments and μSR experiment in strongly correlated electron systems
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D1 :  髭本2014MS02 : Development of D1 spectrometer instruments and μSR experiment in strongly correlated electron systems
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D1 :  竹下2014MS03 : Development of polymer dynamics probing method using magnetic marker
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D1 :  装置調整課題2017MI01 : D1装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
利用運転:150kW 利用運転:150kW 利用運転:150kW
翌 9:00まで
メンテナンス(トンネル入域)・調整・利用運転:150kW 利用運転:150kW 利用運転:150kW 利用運転:150kW
21 22 23 24 25 26 27
D1 :  竹下2014MS03 : Development of polymer dynamics probing method using magnetic marker
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
Maintenance D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  菅原2017A0183 : Determination of muon stopping sites and electronic structures in proteins
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  菅原2017A0183 : Determination of muon stopping sites and electronic structures in proteins
D1 :  髭本2014MS02 : Development of D1 spectrometer instruments and μSR experiment in strongly correlated electron systems
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  菅原2017A0183 : Determination of muon stopping sites and electronic structures in proteins
利用運転:150kW 利用運転:150kW 利用運転:150kW
翌 9:00まで
メンテナンス
(トンネル入域)
利用運転:150kW
9:00 - から
利用運転:150kW 利用運転:150kW
28 29 30 31
D1 :  髭本2014MS02 : Development of D1 spectrometer instruments and μSR experiment in strongly correlated electron systems
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  菅原2017A0183 : Determination of muon stopping sites and electronic structures in proteins
D2 :  久保2017A0177 : Compton suppression for muon induced photon detection
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 :  久保2017A0177 : Compton suppression for muon induced photon detection
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
Maintenance/
D2 :  装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
利用運転:150kW 利用運転:150kW 利用運転:150kW
翌 9:00まで
メンテナンス(トンネル入域)・調整・利用運転:150kW
21:00 - から
     
⇒ 2017年6月
June, 2017
SUN MON TUE WED THU FRI SAT
        1 2 3
D2 :  装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D1 :  福谷2017A0199 : Dynamics of amorphous solid water and glass transition
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D1 :  福谷2017A0199 : Dynamics of amorphous solid water and glass transition
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
        利用運転:150kW 利用運転:150kW 利用運転:150kW
4 5 6 7 8 9 10
D1 :  福谷2017A0199 : Dynamics of amorphous solid water and glass transition
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  神取2017A0200(P型課題) : Detection of functional processes of photoreceptive proteins by muon
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  神取2017A0200(P型課題) : Detection of functional processes of photoreceptive proteins by muon
Maintenance D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  門野2017A0113 : Electronic structure of interstitial hydrogen in manganese oxides
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  門野2017A0113 : Electronic structure of interstitial hydrogen in manganese oxides
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  門野2017A0113 : Electronic structure of interstitial hydrogen in manganese oxides
利用運転:150kW 利用運転:150kW 利用運転:150kW
翌 9:00まで
メンテナンス
(トンネル入域)
利用運転:150kW
9:00 - から
利用運転:150kW 利用運転:150kW
11 12 13 14 15 16 17
D1 :  髭本2014MS02 : Development of D1 spectrometer instruments and μSR experiment in strongly correlated electron systems
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  門野2017A0113 : Electronic structure of interstitial hydrogen in manganese oxides
D1 :  髭本2014MS02 : Development of D1 spectrometer instruments and μSR experiment in strongly correlated electron systems
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 :  下村2017A0134 : Direct measurement of muonium hyperfine structure under precise controlled zero field
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
Maintenance/
D2 :  下村2017A0134 : Direct measurement of muonium hyperfine structure under precise controlled zero field
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D2 :  下村2017A0134 : Direct measurement of muonium hyperfine structure under precise controlled zero field
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D2 :  下村2017A0134 : Direct measurement of muonium hyperfine structure under precise controlled zero field
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D2 :  下村2017A0134 : Direct measurement of muonium hyperfine structure under precise controlled zero field
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
利用運転:150kW 利用運転:150kW 利用運転:150kW
翌 9:00まで
メンテナンス(トンネル入域)・調整・利用運転:150kW
21:00 - から
利用運転:150kW 利用運転:150kW 利用運転:150kW
18 19 20 21 22 23 24
D2 :  下村2017A0134 : Direct measurement of muonium hyperfine structure under precise controlled zero field
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D1 :  Ghandi2017A0269 : Reaction of Mu and water under supercritical conditions
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  西田2017A0265 : μSR approach to the understanding of hydrogen embrittlement in Steels
D1 :  Ghandi2017A0269 : Reaction of Mu and water under supercritical conditions
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  西田2017A0265 : μSR approach to the understanding of hydrogen embrittlement in Steels
Maintenance D1 :  Ghandi2017A0269 : Reaction of Mu and water under supercritical conditions
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D2 :  青木2017A0267 : Measurement of Muon Decay-in-Orbit Spectrum with C, Si and SiC
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D2 :  青木2017A0267 : Measurement of Muon Decay-in-Orbit Spectrum with C, Si and SiC
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
利用運転:150kW 利用運転:150kW 利用運転:150kW
翌 9:00まで
メンテナンス
(トンネル入域)
利用運転:150kW
9:00 - から
利用運転:150kW 利用運転:150kW
25 26 27 28 29 30
D2 :  青木2017A0267 : Measurement of Muon Decay-in-Orbit Spectrum with C, Si and SiC
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D2 :  青木2017A0267 : Measurement of Muon Decay-in-Orbit Spectrum with C, Si and SiC
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D2 :  青木2017A0267 : Measurement of Muon Decay-in-Orbit Spectrum with C, Si and SiC
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
利用運転:150kW 利用運転:150kW 利用運転:150kW
翌 9:00まで
加速器スタディ 加速器スタディ 加速器スタディ サーベイ・メンテナンス
⇒ 2017年7月
July, 2017
SUN MON TUE WED THU FRI SAT
1
            サーベイ・メンテナンス
2 3 4 5 6 7 8
             
9 10 11 12 13 14 15
             
16 17 18 19 20 21 22
             
23 24 25 26 27 28 29
             
30 31
             

⇒ 2017年10月
October, 2017
SUN MON TUE WED THU FRI SAT
1 2 3 4 5 6 7
             
8 9 10 11 12 13 14
             
15 16 17 18 19 20 21
             
22 23 24 25 26 27 28
D2 :  大谷2017A0263 : Demonstration of the muon acceleration with an radio-frequency quadrupole
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  装置調整課題2017MI21 : S1装置調整課題
Maintenance/
D2 :  大谷2017A0263 : Demonstration of the muon acceleration with an radio-frequency quadrupole
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  伊藤孝2017A0238 : Deep muonium center in SrZrO3
D2 :  大谷2017A0263 : Demonstration of the muon acceleration with an radio-frequency quadrupole
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  伊藤孝2017A0238 : Deep muonium center in SrZrO3
D2 :  大谷2017A0263 : Demonstration of the muon acceleration with an radio-frequency quadrupole
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  伊藤孝2017A0238 : Deep muonium center in SrZrO3
S1 : 
装置調整課題2017MI21 : S1装置調整課題
D2 :  大谷2017A0263 : Demonstration of the muon acceleration with an radio-frequency quadrupole
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  装置調整課題2017MI21 : S1装置調整課題
    利用運転:300kW
9:00〜翌 9:00まで
メンテナンス・
利用運転:300kW
21:00 - から
利用運転:300kW 利用運転:300kW 利用運転:300kW
29 30 31
D2 :  大谷2017A0263 : Demonstration of the muon acceleration with an radio-frequency quadrupole
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  装置調整課題2017MI21 : S1装置調整課題
D1 :  足立匡2017A0245 : μSR study of the chiral superconductivity in the honeycomb-lattice superconducting compounds
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  装置調整課題2017MI21 : S1装置調整課題
S1 :  西田2017A0265 : μSR approach to the understanding of hydrogen embrittlement in Steels
D1 :  足立匡2017A0245 : μSR study of the chiral superconductivity in the honeycomb-lattice superconducting compounds
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  西田2017A0265 : μSR approach to the understanding of hydrogen embrittlement in Steels
利用運転:300kW 利用運転:300kW 利用運転:300kW
9:00〜翌 9:00まで
       
⇒ 2017年11月
November, 2017
SUN MON TUE WED THU FRI SAT
1 2 3 4
Maintenance/
D1 :  足立匡2017A0245 : μSR study of the chiral superconductivity in the honeycomb-lattice superconducting compounds
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  西田2017A0265 : μSR approach to the understanding of hydrogen embrittlement in Steels
D1 :  足立匡2017A0245 : μSR study of the chiral superconductivity in the honeycomb-lattice superconducting compounds
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  西田2017A0265 : μSR approach to the understanding of hydrogen embrittlement in Steels
D1 :  足立匡2017A0245 : μSR study of the chiral superconductivity in the honeycomb-lattice superconducting compounds
D2 :  松崎2017A0060 : Muon Nuclear Capture Reaction of Palladium Isotope
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 :  松崎2017A0060 : Muon Nuclear Capture Reaction of Palladium Isotope
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
      メンテナンス・
利用運転:300kW
21:00 - から
利用運転:300kW 利用運転:300kW 利用運転:300kW
5 6 7 8 9 10 11
D2 :  松崎2017A0060 : Muon Nuclear Capture Reaction of Palladium Isotope
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 :  松崎2017A0060 : Muon Nuclear Capture Reaction of Palladium Isotope
D1 :  Prassides2017A0186 : μSR study of a pi-electron S = ? candidate quantum spin-liquid state in an ionic polyaromatic hydrocarbon (PAH)
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D1 :  Prassides2017A0186 : μSR study of a pi-electron S = ? candidate quantum spin-liquid state in an ionic polyaromatic hydrocarbon (PAH)
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
Maintenance/
D1 :  Prassides2017A0186 : μSR study of a pi-electron S = ? candidate quantum spin-liquid state in an ionic polyaromatic hydrocarbon (PAH)
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  杉山2017A0190 : Na diffusion in NaxCoO2 prepared with an electrochemical reaction technique
D1 :  Prassides2017A0186 : μSR study of a pi-electron S = ? candidate quantum spin-liquid state in an ionic polyaromatic hydrocarbon (PAH)
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  杉山2017A0190 : Na diffusion in NaxCoO2 prepared with an electrochemical reaction technique
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  杉山2017A0190 : Na diffusion in NaxCoO2 prepared with an electrochemical reaction technique
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  杉山2017A0190 : Na diffusion in NaxCoO2 prepared with an electrochemical reaction technique
利用運転:300kW 利用運転:300kW 利用運転:300kW
9:00〜翌 9:00まで
メンテナンス・
利用運転:300kW
21:00 - から
利用運転:300kW 利用運転:300kW 利用運転:300kW
12 13 14 15 16 17 18
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  杉山2017A0190 : Na diffusion in NaxCoO2 prepared with an electrochemical reaction technique
D1 : 装置調整課題2017MI01 : D1装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 杉山2017A0190 : Na diffusion in NaxCoO2 prepared with an electrochemical reaction technique
S1 : 装置調整課題2017MI21 : S1装置調整課題
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
Maintenance Maintenance/
D2 :  久保2017B0149 : Muonic X-ray and gamma-ray measurement using a beam extension tube
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D2 :  久保2017B0149 : Muonic X-ray and gamma-ray measurement using a beam extension tube
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 施設長留保(School)第9回AONSAスクール/第2回「中性子・ミュオンスクール」
利用運転:300kW 利用運転:300kW 利用運転:300kW 利用運転:300kW
9:00〜翌 9:00まで
メンテナンス
(トンネル入域)
調整・
利用運転:300kW
21:00 - から
利用運転:300kW
19 20 21 22 23 24 25
D2 :  久保2017B0149 : Muonic X-ray and gamma-ray measurement using a beam extension tube
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D2 :  久保2017B0149 : Muonic X-ray and gamma-ray measurement using a beam extension tube
D2 : 装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D2 : 装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
Maintenance/
D2 : 装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D2 : 装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  竹下2014MS03 : Development of polymer dynamics probing method using magnetic marker
D2 : 装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  竹下2014MS03 : Development of polymer dynamics probing method using magnetic marker
D1 :  飯田2017B0033 : MuSR measurements on the spin-1/2 uniform triangular lattice Li2(In,Sc)Mo3O8
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  竹下2014MS03 : Development of polymer dynamics probing method using magnetic marker
利用運転:300kW 利用運転:300kW 利用運転:300kW
9:00〜翌 9:00まで
メンテナンス・
利用運転:300kW
21:00 - から
利用運転:300kW 利用運転:300kW 利用運転:300kW
26 27 28 29 30
D1 :  飯田2017B0033 : MuSR measurements on the spin-1/2 uniform triangular lattice Li2(In,Sc)Mo3O8
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D1 :  飯田2017B0033 : MuSR measurements on the spin-1/2 uniform triangular lattice Li2(In,Sc)Mo3O8
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 : Div. 長枠歴史民族博物館:考古物測定
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
Maintenance D2 : Div. 長枠歴史民族博物館:考古物測定
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
利用運転:300kW 利用運転:300kW 利用運転:300kW
9:00〜翌 9:00まで
メンテナンス
(トンネル入域)
利用運転:300kW
9:00 - から
   
⇒ 2017年12月
December, 2017
SUN MON TUE WED THU FRI SAT
1 2
D2 : Div. 長枠歴史民族博物館:考古物測定
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 : 装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
          利用運転:293kW 利用運転:300kW
3 4 5 6 7 8 9
D2 : 装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D2 : 装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
Maintenance/
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  西村2017B0037 : Vacancy and hydrogen behavior in aluminum and Al-Mg-Zn alloys
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  西村2017B0037 : Vacancy and hydrogen behavior in aluminum and Al-Mg-Zn alloys
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  西村2017B0037 : Vacancy and hydrogen behavior in aluminum and Al-Mg-Zn alloys
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  鈴木2017B0270 : Universality of dimensional crossover/transition of magnetic correlation in T'-R2CuO4
利用運転:300kW 利用運転:300kW 利用運転:300kW
9:00〜翌 9:00まで
メンテナンス・
利用運転:300kW
21:00 - から
利用運転:300kW 利用運転:300kW 利用運転:300kW
10 11 12 13 14 15 16
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  鈴木2017B0270 : Universality of dimensional crossover/transition of magnetic correlation in T'-R2CuO4
D1 :  萩原2017B0228 : Magnetic properties of new type of S=1/2 frustrated chain magnet ACu(VO4)OH (A=Ca, Sr)
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  鈴木2017B0270 : Universality of dimensional crossover/transition of magnetic correlation in T'-R2CuO4
D1 :  萩原 2017B0228 : Magnetic properties of new type of S=1/2 frustrated chain magnet ACu(VO4)OH (A=Ca, Sr)
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  藤田2015MP001(マルチプローブ課題) :T'構造銅酸化物における局所構造変化が誘起する量子相転移
Maintenance/
D1 : 装置調整課題2017MI01 : D1装置調整課題
U1A : 装置調整課題2017MI11 : U1装置調整課題
S1 : 装置調整課題2017MI21 : S1装置調整課題
D1 :  萩原2017B0228 : Magnetic properties of new type of S=1/2 frustrated chain magnet ACu(VO4)OH (A=Ca, Sr)
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  藤田2015MP001(マルチプローブ課題) :T'構造銅酸化物における局所構造変化が誘起する量子相転移
D2 : 
D2 :  大谷2017B0006 : Measurement of muon beam properties after acceleration by an RFQ
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  藤田2015MP001(マルチプローブ課題) :T'構造銅酸化物における局所構造変化が誘起する量子相転移
D2 :  大谷2017B0006 : Measurement of muon beam properties after acceleration by an RFQ
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  竹下2014MS03 : Development of polymer dynamics probing method using magnetic marker
利用運転:300kW 利用運転:300kW 利用運転:300kW
9:00〜翌 9:00まで
メンテナンス・
利用運転:300kW
21:00 - から
利用運転:300kW 利用運転:300kW 利用運転:300kW
17 18 19 20 21 22 23
D2 :  大谷2017B0006 : Measurement of muon beam properties after acceleration by an RFQ
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  竹下2014MS03 : Development of polymer dynamics probing method using magnetic marker
D2 :  大谷2017B0006 : Measurement of muon beam properties after acceleration by an RFQ
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  竹下2014MS03 : Development of polymer dynamics probing method using magnetic marker
D2 :  大谷2017B0006 : Measurement of muon beam properties after acceleration by an RFQ
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
Maintenance/
D2 :  大谷2017B0006 : Measurement of muon beam properties after acceleration by an RFQ
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 :  大谷2017B0006 : Measurement of muon beam properties after acceleration by an RFQ
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
Accelerator Operation Accelerator Operation
利用運転:300kW 利用運転:300kW 利用運転:300kW
9:00〜翌 9:00まで
メンテナンス・
利用運転:300kW
21:00 - から
利用運転:300kW
翌 9:00まで
   
24 25 26 27 28 29 30
Accelerator Operation Accelerator Operation Accelerator Operation Accelerator Operation
             
31
             
⇒ 2018年1月
January, 2018
SUN MON TUE WED THU FRI SAT
1 2 3 4 5 6
          Accelerator Operation Accelerator Operation
             
7 8 9 10 11 12 13
Accelerator Operation Accelerator Operation MLF Study D2 : 装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
Maintenance/
D2 : 装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 内野2017B0077 : μSR measurements on the magnetic structure of the Josephson coupled network in MgO/Mg2Si/MgB2 nanocomposites
D2 :装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 内野2017B0077 : μSR measurements on the magnetic structure of the Josephson coupled network in MgO/Mg2Si/MgB2 nanocomposites
D2 :  梅垣2017B0236 : Elemental analysis with muonic x-ray for Li-ion battery materials
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  内野2017B0077 : μSR measurements on the magnetic structure of the Josephson coupled network in MgO/Mg2Si/MgB2 nanocomposites
S1 :  伊藤孝2017B0263 : Muonium state in electrically conducting SrTiO3
    ビーム調整 利用運転:400kW
9:00 - から
メンテナンス・
利用運転:400kW
21:00 - から
利用運転:400kW 利用運転:400kW
14 15 16 17 18 19 20
D2 :  梅垣2017B0236 : Elemental analysis with muonic x-ray for Li-ion battery materials
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  伊藤孝2017B0263 : Muonium state in electrically conducting SrTiO3
D2 :  梅垣2017B0236 : Elemental analysis with muonic x-ray for Li-ion battery materials
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  伊藤孝2017B0263 : Muonium state in electrically conducting SrTiO3
D1 :  齊藤2017B0103 : A muon study of deuterium in (Pb,La)(Zr,Ti)O3 capacitors with conductive oxide top electrode after deuterium degradation
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  伊藤孝2017B0263 : Muonium state in electrically conducting SrTiO3
Maintenance/
D1 :  齊藤2017B0103 : A muon study of deuterium in (Pb,La)(Zr,Ti)O3 capacitors with conductive oxide top electrode after deuterium degradation
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  伊藤孝2017B0263 : Muonium state in electrically conducting SrTiO3
D1 :  齊藤2017B0103 : A muon study of deuterium in (Pb,La)(Zr,Ti)O3 capacitors with conductive oxide top electrode after deuterium degradation
D1 : 装置調整課題2017MI01 : D1装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  三原2017B0115 : Behavior of hydrogen in Pd during hydrogen absorption-desoroption process studied by muon
D1 :  杉山2017B0137 : Negative muon spin rotation and relaxation experiment on magnesium hydride and related compounds
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  三原2017B0115 : Behavior of hydrogen in Pd during hydrogen absorption-desoroption process studied by muon
D1 :  杉山2017B0137 : Negative muon spin rotation and relaxation experiment on magnesium hydride and related compounds
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  三原2017B0115 : Behavior of hydrogen in Pd during hydrogen absorption-desoroption process studied by muon
利用運転:400kW 利用運転:400kW 利用運転:400kW
翌 9:00まで
メンテナンス(トンネル入域)・調整・利用運転:400kW
21:00 - から
利用運転:400kW 利用運転:400kW 利用運転:400kW
21 22 23 24 25 26 27
D1 :  杉山2017B0137 : Negative muon spin rotation and relaxation experiment on magnesium hydride and related compounds
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D1 :  杉山2017B0137 : Negative muon spin rotation and relaxation experiment on magnesium hydride and related compounds
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D1 :  杉山2017B0137 : Negative muon spin rotation and relaxation experiment on magnesium hydride and related compounds
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
Maintenance D1 :  杉山2017B0137 : Negative muon spin rotation and relaxation experiment on magnesium hydride and related compounds
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D1 :  石田2017B0002 : Magnetic Ground State of Quasi-crystal and Approximant Au-Al-Yb Probed by Muon Spin Relaxation
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D1 :  石田2017B0002 : Magnetic Ground State of Quasi-crystal and Approximant Au-Al-Yb Probed by Muon Spin Relaxation
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
利用運転:400kW 利用運転:400kW 利用運転:400kW
翌 9:00まで
メンテナンス
(トンネル入域)
利用運転:400kW
9:00 - から
利用運転:400kW 利用運転:400kW
28 29 30 31
D1 :  石田2017B0002 : Magnetic Ground State of Quasi-crystal and Approximant Au-Al-Yb Probed by Muon Spin Relaxation
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  Lei Shu2017B0024 : MuSR study on the hidden order in Irridates
D1 :  石田2017B0002 : Magnetic Ground State of Quasi-crystal and Approximant Au-Al-Yb Probed by Muon Spin Relaxation
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  Lei Shu2017B0024 : MuSR study on the hidden order in Irridates
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  Lei Shu2017B0024 : MuSR study on the hidden order in Irridates
Maintenance/
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  Lei Shu2017B0026 : MuSR search for fluctuating loop currents in cuprates
     
利用運転:400kW 利用運転:400kW 利用運転:400kW
翌 9:00まで
メンテナンス(トンネル入域)・調整・利用運転:400kW
21:00 - から
     
⇒ 2018年2月
February, 2018
SUN MON TUE WED THU FRI SAT
        1 2 3
        D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  Lei Shu2017B0026 : MuSR search for fluctuating loop currents in cuprates
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  Lei Shu2017B0026 : MuSR search for fluctuating loop currents in cuprates
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  Lei Shu2017B0026 : MuSR search for fluctuating loop currents in cuprates
S1 :装置調整課題2017MI21 : S1装置調整課題
        利用運転:400kW 利用運転:400kW 利用運転:400kW
4 5 6 7 8 9 10
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D1 :  Ghandi2017B0335 : Using muons to probe a novel radiation therapy process
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D1 :  Ghandi2017B0335 : Using muons to probe a novel radiation therapy process
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
Maintenance D2 : 
U1A : 
S1 :  山内2017B0161 : Search for the Berezinskii-Kosterlitz-Thouless transition in two-dimensional antiferromagnets
D2 : 
U1A : 
S1 :  山内2017B0161 : Search for the Berezinskii-Kosterlitz-Thouless transition in two-dimensional antiferromagnets
D1 :  藤原2017B0019 : Magnetism in a candidate for first square kagome antiferromagnet KCu6AlBiO4(SO4)4Cl probed by muon spin relaxation
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
利用運転:400kW 利用運転:400kW 利用運転:400kW
翌 9:00まで
メンテナンス
(トンネル入域)
利用運転:400kW
9:00 - から
利用運転:400kW 利用運転:400kW
11 12 13 14 15 16 17
D1 :  藤原2017B0019 : Magnetism in a candidate for first square kagome antiferromagnet KCu6AlBiO4(SO4)4Cl probed by muon spin relaxation
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D1 :  藤原2017B0019 : Magnetism in a candidate for first square kagome antiferromagnet KCu6AlBiO4(SO4)4Cl probed by muon spin relaxation
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D2 : 
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
Maintenance/
D2 : 
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  南部2015MP002(マルチプローブ課題) :マルチプローブで視る鉄系梯子型物質の磁性と超伝導
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  南部2015MP002(マルチプローブ課題) :マルチプローブで視る鉄系梯子型物質の磁性と超伝導
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  南部2015MP002(マルチプローブ課題) :マルチプローブで視る鉄系梯子型物質の磁性と超伝導
D2 :  三宅2014MS01 : Application of Muon Radiography for the "Photon and Quantum Basic Research Coordinated Development Program (MEXT scientific grants)"
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  南部2015MP002(マルチプローブ課題) :マルチプローブで視る鉄系梯子型物質の磁性と超伝導
利用運転:400kW 利用運転:400kW 利用運転:400kW
翌 9:00まで
メンテナンス(トンネル入域)・調整・利用運転:400kW
21:00 - から
利用運転:400kW 利用運転:400kW 利用運転:400kW
18 19 20 21 22 23 24
D1 :  髭本2014MS02 : Development of D1 spectrometer instruments and μSR experiment in strongly correlated electron systems
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  南部2015MP002(マルチプローブ課題) :マルチプローブで視る鉄系梯子型物質の磁性と超伝導
S1 :装置調整課題2017MI21 : S1装置調整課題
D1 :  髭本2014MS02 : Development of D1 spectrometer instruments and μSR experiment in strongly correlated electron systems
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D1 :  髭本2014MS02 : Development of D1 spectrometer instruments and μSR experiment in strongly correlated electron systems
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
Maintenance D1 :  足立2017B0238 : μSR study of the chiral superconductivity in the honeycomb-lattice superconducting compounds
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  的場2017B0165(P型課題) : Study of a quantum mechanical scattering of muons with drift tube method
D1 :  足立2017B0238 : muSR study of the chiral superconductivity in the honeycomb-lattice superconducting compounds
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  的場2017B0165(P型課題) : Study of a quantum mechanical scattering of muons with drift tube method
D1 :  足立2017B0238 : muSR study of the chiral superconductivity in the honeycomb-lattice superconducting compounds
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
利用運転:400kW 利用運転:400kW 利用運転:400kW
翌 9:00まで
メンテナンス
(トンネル入域)
利用運転:400kW
9:00 - から
利用運転:400kW 利用運転:400kW
25 26 27 28      
D1 :  足立2017B0238 : muSR study of the chiral superconductivity in the honeycomb-lattice superconducting compounds
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 :  Shwartz2017B0163 : The performance test of the thin CsI(Tl) foil based beam transverse profile monitor with CCD camera readout
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 :  Shwartz2017B0163 : The performance test of the thin CsI(Tl) foil based beam transverse profile monitor with CCD camera readout
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 : 装置調整課題2017MI02 : D2装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
     
利用運転:400kW 利用運転:400kW 利用運転:400kW 利用運転:400kW
翌 9:00まで
     
⇒ 2018年3月
March, 2018
SUN MON TUE WED THU FRI SAT
        1 2 3
Maintenance/
Accelerator Operation
Accelerator Operation Accelerator Operation
             
4 5 6 7 8 9 10
Accelerator Operation Accelerator Operation Accelerator Operation Maintenance/
D2 : 
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D2 : 
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : Miao Ping2017B0045 : Large magnetovolume effect induced by embedding ferromagnetic clusters into antiferromagnetic matrix of PrBaCo2O5.5+x
D2 :  下村2017B0224 : Direct measurement of muonium hyperfine structure under precise controlled zero field
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : Miao Ping2017B0045 : Large magnetovolume effect induced by embedding ferromagnetic clusters into antiferromagnetic matrix of PrBaCo2O5.5+x
D2 :  下村2017B0224 : Direct measurement of muonium hyperfine structure under precise controlled zero field
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  菅原2017B0151 : Determination of muon stopping sites and electronic structures in proteins
  調整 調整 メンテナンス(トンネル入域)・調整・利用運転:400kW
21:00 - から
利用運転:400kW 利用運転:400kW 利用運転:400kW
11 12 13 14 15 16 17
D2 :  下村2017B0224 : Direct measurement of muonium hyperfine structure under precise controlled zero field
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  菅原2017B0151 : Determination of muon stopping sites and electronic structures in proteins
D2 :  下村2017B0224 : Direct measurement of muonium hyperfine structure under precise controlled zero field
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  菅原2017B0151 : Determination of muon stopping sites and electronic structures in proteins
D2 :  下村2017B0224 : Direct measurement of muonium hyperfine structure under precise controlled zero field
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  菅原2017B0151 : Determination of muon stopping sites and electronic structures in proteins
Maintenance D2 :  下村2017B0224 : Direct measurement of muonium hyperfine structure under precise controlled zero field
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : Miao Ping2017B0045 : Large magnetovolume effect induced by embedding ferromagnetic clusters into antiferromagnetic matrix of PrBaCo2O5.5+x
D1 :  髭本2014MS02 : Development of D1 spectrometer instruments and μSR experiment in strongly correlated electron systems
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : Miao Ping2017B0045 : Large magnetovolume effect induced by embedding ferromagnetic clusters into antiferromagnetic matrix of PrBaCo2O5.5+x
D1 :  髭本2014MS02 : Development of D1 spectrometer instruments and μSR experiment in strongly correlated electron systems
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
利用運転:400kW 利用運転:400kW 利用運転:400kW
翌 9:00まで
メンテナンス
(トンネル入域)
利用運転:400kW
9:00 - から
利用運転:400kW 利用運転:400kW
18 19 20 21 22 23 24
D1 :  髭本2014MS02 : Development of D1 spectrometer instruments and μSR experiment in strongly correlated electron systems
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
D2 :  松崎2017B0023 : Nuclear Transmutation of 107Pd by Muon Nuclear Capture Reaction
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 :  松崎2017B0023 : Nuclear Transmutation of 107Pd by Muon Nuclear Capture Reaction
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D1 :  吉田2017B0150 : Further examination for the chemical environmental effect in muon transfer by using low pressure gaseous carbon sulfide samples
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
Maintenance/
D1 :  吉田2017B0150 : Further examination for the chemical environmental effect in muon transfer by using low pressure gaseous carbon sulfide samples
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  休止
D1 :  吉田2017B0150 : Further examination for the chemical environmental effect in muon transfer by using low pressure gaseous carbon sulfide samples
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  休止
D1 :  吉田2017B0150 : Further examination for the chemical environmental effect in muon transfer by using low pressure gaseous carbon sulfide samples
D2 :  久保2017B0164 : Application of LaBr3 scintillator to detection of photons induced by negative muons
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  休止
利用運転:400kW 利用運転:400kW 利用運転:400kW 利用運転:400kW メンテナンス・
利用運転:400kW
21:00 - から
利用運転:400kW 利用運転:400kW
25 26 27 28 29 30 31
D2 :  久保2017B0164 : Application of LaBr3 scintillator to detection of photons induced by negative muons
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  休止
D2 :  久保2017B0164 : Application of LaBr3 scintillator to detection of photons induced by negative muons
D1 : 装置調整課題2017MI01 : D1装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 : 装置調整課題2017MI21 : S1装置調整課題
Maintenance/
D1 : 装置調整課題2017MI01 : D1装置調整課題
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  野崎2017B0234 : Ion diffusion in sulfide solid electrolytes detected by muon spin rotation/relaxation
D1 :  藤原2017B0039 : Magnetic ground state of a candidate for first square kagome antiferromagnet KCu6AlBiO4(SO4)4Cl probed by muon spin relaxation
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  野崎2017B0234 : Ion diffusion in sulfide solid electrolytes detected by muon spin rotation/relaxation
D1 :  藤原2017B0039 : Magnetic ground state of a candidate for first square kagome antiferromagnet KCu6AlBiO4(SO4)4Cl probed by muon spin relaxation
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  野崎2017B0234 : Ion diffusion in sulfide solid electrolytes detected by muon spin rotation/relaxation
D2 :  渡辺2017B0109 : Multiple cell upsets in static random access memories under low-energy muon irradiation
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  野崎2017B0234 : Ion diffusion in sulfide solid electrolytes detected by muon spin rotation/relaxation
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
D2 :  渡辺2017B0109 : Multiple cell upsets in static random access memories under low-energy muon irradiation
U1A :  鳥養2011MS04 : 超低速ミュオン顕微鏡
S1 :  小嶋2013MS01 : Development of general-purpose μSR spectrometer with semiconductor-based optical detectors and measurement of New Element Strategy samples with new functions
利用運転:400kW 利用運転:400kW
翌 9:00まで
メンテナンス・
利用運転:400kW
21:00 - から
利用運転:400kW 利用運転:400kW 利用運転:400kW 利用運転:400kW