|  |  |  | 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
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			|  |  |  | 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」
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			| 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
 |  |  |