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D2 |
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U1B |
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S2 |
H1 |
| 3/1 |
MON |
利用運転:D.P. ***kW |
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長柄 (MuX)2026MB0202: 古墳より出土した青銅鏡を対象にしたミュオン非破壊分析法の高精度化に向けた基礎的研究 |
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K. Mukherjee (Heliox)2026B0096: Probing the superconductivity and time-reversal symmetry breaking in YIrSi via muon spin relaxation study |
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| 3/2 |
TUE |
利用運転:D.P. ***kW 翌 9:00まで |
足立匡 (DR)2026B0203: µSR study of superconductivity and polar fluctuations in Pt(Bi1-xSex)2 |
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K. Mukherjee (Heliox)2026B0096: Probing the superconductivity and time-reversal symmetry breaking in YIrSi via muon spin relaxation study |
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| 3/3 |
WED |
メンテナンス |
Maintenance |
| 3/4 |
THU |
利用運転:D.P. ***kW 9:00 - から |
足立匡 (DR)2026B0203: µSR study of superconductivity and polar fluctuations in Pt(Bi1-xSex)2 |
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K. Mukherjee (Heliox)2026B0096: Probing the superconductivity and time-reversal symmetry breaking in YIrSi via muon spin relaxation study |
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| 3/5 |
FRI |
利用運転:D.P. ***kW |
足立匡 (DR)2026B0203: µSR study of superconductivity and polar fluctuations in Pt(Bi1-xSex)2 |
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I. McKenzie (Microstat)2026B0159: Dynamics in Polystyrene: Relationship Between Phenyl Ring Motion and the Glass Transition |
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| 3/6 |
SAT |
利用運転:D.P. ***kW |
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山口 (MuX)2026B0275: Measurement of radionuclide production probabilities for neutron emissions in negative muon nuclear capture |
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I. McKenzie (Microstat)2026B0159: Dynamics in Polystyrene: Relationship Between Phenyl Ring Motion and the Glass Transition |
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| 3/7 |
SUN |
利用運転:D.P. ***kW |
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山口 (MuX)2026B0275: Measurement of radionuclide production probabilities for neutron emissions in negative muon nuclear capture |
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I. McKenzie (Microstat)2026B0159: Dynamics in Polystyrene: Relationship Between Phenyl Ring Motion and the Glass Transition |
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| 3/8 |
MON |
利用運転:D.P. ***kW |
高津 (DR)2026B0059: µSR Investigation of Superconducting Gap Symmetry and Time-Reversal Symmetry in a Lieb-Lattice Metal |
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I. McKenzie (Microstat)2026B0159: Dynamics in Polystyrene: Relationship Between Phenyl Ring Motion and the Glass Transition |
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| 3/9 |
TUE |
利用運転:D.P. ***kW 翌 5:30まで |
高津 (DR)2026B0059: µSR Investigation of Superconducting Gap Symmetry and Time-Reversal Symmetry in a Lieb-Lattice Metal |
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鄭 (Heliox)2026A0328: Investigation of spin dynamics in a new frustrated magnet of rare-earth oxide |
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| 3/10 |
WED |
利用運転:D.P. ***kW 17:30 - から |
Mainte nance |
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#稲垣 (MuX)2026A0150: Development of a new non-destructive elemental analysis method for trace components by muon-induced gamma-ray measurement |
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#D. P. Sari (Microstat)2026A0297: Spin Dynamics of Dirac Fermions in a One-Dimensional Molecular Zigzag Chain System |
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Mainte nance |
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| 3/11 |
THU |
利用運転:D.P. ***kW |
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稲垣 (MuX)2026A0150: Development of a new non-destructive elemental analysis method for trace components by muon-induced gamma-ray measurement |
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D. P. Sari (Microstat)2026A0297: Spin Dynamics of Dirac Fermions in a One-Dimensional Molecular Zigzag Chain System |
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| 3/12 |
FRI |
利用運転:D.P. ***kW |
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稲垣 (MuX)2026A0150: Development of a new non-destructive elemental analysis method for trace components by muon-induced gamma-ray measurement |
##装置2026MI02: D2装置調整課題 |
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渡邉功雄 (Microstat)2026A0268: Li-ion diffuion in the biomass-basd solid polymer electrolytes |
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| 3/13 |
SAT |
利用運転:D.P. ***kW |
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沓名 (MuX)2026MB0203: 江戸期小判に用いられた表面処理技術"色付"における技術変遷の全容解明 |
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渡邉功雄 (Microstat)2026A0268: Li-ion diffuion in the biomass-basd solid polymer electrolytes |
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| 3/14 |
SUN |
利用運転:D.P. ***kW |
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沓名 (MuX)2026MB0203: 江戸期小判に用いられた表面処理技術"色付"における技術変遷の全容解明 |
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L. J. Chang (Microstat)2026A0113: Spin dynamics in the honeycomb-lattice compounds Cu3M2SbO6 (M = Mn, Co, Ni) |
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| 3/15 |
MON |
利用運転:D.P. ***kW |
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沓名 (MuX)2026MB0203: 江戸期小判に用いられた表面処理技術"色付"における技術変遷の全容解明 |
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L. J. Chang (Microstat)2026A0113: Spin dynamics in the honeycomb-lattice compounds Cu3M2SbO6 (M = Mn, Co, Ni) |
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| 3/16 |
TUE |
利用運転:D.P. ***kW 翌 5:30まで |
H. Wu (DR)2026B0164: Stabilising Itinerant Electrons in a Corner-Sharing Kagomé Oxide Nd4Os3ZnO14 |
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L. J. Chang (Microstat)2026A0113: Spin dynamics in the honeycomb-lattice compounds Cu3M2SbO6 (M = Mn, Co, Ni) |
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| 3/17 |
WED |
利用運転:D.P. ***kW 17:30 - から |
Mainte nance |
#H. Wu (DR)2026B0164: Stabilising Itinerant Electrons in a Corner-Sharing Kagomé Oxide Nd4Os3ZnO14 |
Mainte nance |
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#阪田 (Microstat)2026B0154: Stability of Hydrogen on SrTiO3 Photocatalyst Surfaces for Hydrogen Evolution Reactions: Muon as a Pseudo-Hydrogen Probe |
Mainte nance |
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Mainte nance |
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| 3/18 |
THU |
利用運転:D.P. ***kW |
H. Wu (DR)2026B0164: Stabilising Itinerant Electrons in a Corner-Sharing Kagomé Oxide Nd4Os3ZnO14 |
##装置2026MI01: D1装置調整課題 |
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阪田 (Microstat)2026B0154: Stability of Hydrogen on SrTiO3 Photocatalyst Surfaces for Hydrogen Evolution Reactions: Muon as a Pseudo-Hydrogen Probe |
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| 3/19 |
FRI |
利用運転:D.P. ***kW |
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加藤 (MuX)2026MB0205: 鉛ガラス標準試料に基づく船原古墳出土ガラス装飾付辻金具の深部組成定量分析 |
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西村克彦 (Microstat)2026B0012: Evaluation of hydrogen binding energies of Al 2Ca and Al2Cu compounds |
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| 3/20 |
SAT |
利用運転:D.P. ***kW |
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加藤 (MuX)2026MB0205: 鉛ガラス標準試料に基づく船原古墳出土ガラス装飾付辻金具の深部組成定量分析 |
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西村克彦 (Microstat)2026B0012: Evaluation of hydrogen binding energies of Al 2Ca and Al2Cu compounds |
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| 3/21 |
SUN |
利用運転:D.P. ***kW |
髭本 (DR)2026A0163: Relation between quantum magnetic fluctuation and superconductivity in Ce1-xSmxCoIn5 |
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H. Wu (Heliox)2026B0158 |
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| 3/22 |
MON |
利用運転:D.P. ***kW |
髭本 (DR)2026A0163: Relation between quantum magnetic fluctuation and superconductivity in Ce1-xSmxCoIn5 |
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H. Wu (Heliox)2026B0158 |
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| 3/23 |
TUE |
利用運転:D.P. ***kW 翌 9:00まで |
髭本 (DR)2026A0163: Relation between quantum magnetic fluctuation and superconductivity in Ce1-xSmxCoIn5 |
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H. Wu (Heliox)2026B0158 |
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| 3/24 |
WED |
メンテナンス |
Maintenance |
| 3/25 |
THU |
利用運転:D.P. ***kW 9:00 - から |
有松 (MuLife)2026MB0103: 古代西アジア青銅柄鉄剣の微量炭素測定 -人類史における人工鉄の起源解明にむけて- |
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H. Wu (Microstat)2026B0158 |
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| 3/26 |
FRI |
利用運転:D.P. ***kW |
有松 (MuLife)2026MB0103: 古代西アジア青銅柄鉄剣の微量炭素測定 -人類史における人工鉄の起源解明にむけて- |
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A. D. Pant (Microstat)2026A0272: Study of ion dynamics in fluoride ion battery material - (BaF2)x(SnF2)1-x, x=0.47 |
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| 3/27 |
SAT |
利用運転:D.P. ***kW |
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神田 (User)2026B0342: Systematic investigation of epithermal muon emission dynamics from solid rare gas moderators on micro-structured substrates |
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A. D. Pant (Microstat)2026A0272: Study of ion dynamics in fluoride ion battery material - (BaF2)x(SnF2)1-x, x=0.47 |
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| 3/28 |
SUN |
利用運転:D.P. ***kW |
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神田 (User)2026B0342: Systematic investigation of epithermal muon emission dynamics from solid rare gas moderators on micro-structured substrates |
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A. D. Pant (Microstat)2026A0272: Study of ion dynamics in fluoride ion battery material - (BaF2)x(SnF2)1-x, x=0.47 |
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| 3/29 |
MON |
利用運転:D.P. ***kW |
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神田 (User)2026B0342: Systematic investigation of epithermal muon emission dynamics from solid rare gas moderators on micro-structured substrates |
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| 3/30 |
TUE |
利用運転:D.P. ***kW 翌 5:30まで |
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神田 (User)2026B0342: Systematic investigation of epithermal muon emission dynamics from solid rare gas moderators on micro-structured substrates |
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| 3/31 |
WED |
利用運転:D.P. ***kW |
Mainte nance |
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