Recent progress in gaseous PMT
|
|
|
- Trevor Fitzgerald
- 5 years ago
- Views:
Transcription
1 Recent progress in gaseous PMT T. Sumiyoshi, T. Ito (TMU) F. Tokanai, T. Moriya, M. Takeyama, H. Sakurai, S. Gunji (Yamagata U.) S. Kishimoto (KEK) H. Sugiyama, T. Okada, N. Ohishi (HPK) Contents Merits of Gas PMT Quantum efficiency in gas mixtures Ion and Photon Feedbacks Long time operation of the Gas PMT A new type of double mesh structures Development of a flat pixel detector Summary 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 1
2 Merits of Gas PMT Sensor type Sensitivity Position Resolution Timing Resolution Uniformity Price Magnetic Field Effective Area Vacuum PMT CCD / CMOS Gaseous PMT Almost immune to magnetic field Fine-mesh Dynodes PMT 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 2
3 QE in gas mixtures Bi-alkali Photocathode in Ar(90%) + CH 4 (10%) 0.9 atm QE in vacuum ~20% QE in the gas ~12% After evacuation QE recovered to ~20%. 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 3
4 Relative 相対ゲイン gain Stability of PC in Ar+CH 4 gas Long term stability 経時変化 ZM642 ZM627 QE maintains almost the same value after 581 days in gas Not continuously illuminated Period 時間 (days) [ 日 ] 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 4
5 Collection efficiency of photoelectrons in various gas mixtures New Mesh Collection Efficiency Mesh1 Current( gas mixture) Mesh1 Current( vacuum) 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 5
6 Photoelectron collection efficiency in gases 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 6
7 Collection efficiency for Ar+CH 4 gas 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 7
8 Collection efficiency for Ne+CF 4 gas 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 8
9 Possible problems: Ion and Photon Feedbacks During amplification process in avalanche, a lot of electrons and ions are produced together with many UV photons. Ions and UV photons can hit photocathode. 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 9
10 Suppress photon feedback Glass CP may reduce Photon Feedback. But ion back flow rate is 0.3 in this case. Ions Electrons 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 10
11 Suppress ion feedback Mesh electrode (Micromegas) absorbs ions efficiently. Ion back flow rate is less than 0.01 for this case. Measured 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 11
12 Long time operation of the Gas PMT After 180 hours of operation, 20% decrease of the signal output was observed. Gain: 670 IBF: 0.32% 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 12
13 Long time operation of the Gas PMT Gain: 670 IBF: 0.32% Accumulated ion on PC : 1.5 nc/mm 2 The peak channel was shifted to lower channel (about 20%) than that obtained at 0 h. The energy resolution were 18.2% (FWHM) and 19.0% (FWHM), respectively, for 0 h and 180 h after operation. 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 13
14 A new type of double mesh structures For further reduction of ion back flow a new type of double mesh structure was tried. Drift 28 V/cm 80 mm Pitch 250 mm Mesh1 A new structure (top view) DV 1 =525 V (15 kv/cm) 120 mm 350 mm 190 mm DV 2 =500 V (25 kv/cm) 200 mm Mesh2 Mesh1 Mesh2 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 14
15 Development of a flat pixel detector Photocathode Mesh 1 Anode Mesh 2 Mesh1 100 mmf Electron Electron + Ion Mesh2 190 mmf 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 15
16 Mesh 1 (100 mmf) Mesh 2 (190 mmf) 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 16
17 output current [A] Measured current at each electrode 300,00 200,00 100,00 Anode Mesh2 Mesh1 Cathode SUM 0,00-100, ,00-300,00-400,00 gap2 voltage [V] 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 17
18 Gain and IBF Gain of 10 4 and IBF of 10-3 was obtained with this staggered structure. 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 18
19 Performance test of flat panel Gas PMT 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 19
20 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 20
21 Nonuniformity was observed. Inefficiency ch: due to micro discharge? 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 21
22 2D readout of flat panel Gas PMT Pattern of the mask 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 22
23 Summary Gas PMT has merits compared with vacuum type PMTs: immune to high magnetic field (~1.5 Tesla) simple dynode structure -> large size with less money Long term stability: need to suppress ion feedback Staggered hole structure with double meshes may work. 2 D imaging was tried with a pixel anode Gas PMT. Nonuniformity was observed: under investigation. 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 23
24 Backup Slides 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 24
25 Cross section of electron with gases Ar Ne Xe CH4 CF4 C4H /7/1 NDIP2014(Tours) T. SUMIYOSHI 25
26 Dark Current Vd Vt1 Vt2 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 26
27 Photon Feedback (A)( 細孔 )+(Mesh) (B) Mesh タンデム アノード表面からの出射した光子数 100,000 に対するカソード面への到達 flux 数 解析条件 (A)( 細孔 )+ (Mesh) (B)Mesh タンデム型 1 吸収率 100% 58 1,310 2 反射率 50% 1,617 8,219 3 反射率 70% 5,028 14,313 4 ミラー反射率 92% 細孔型 : 開口 Φ120μm,pitch300μm,t=300μm Mesh 型 : 開口 Φ100um,pitch250um 17,992 31,945 Mesh1: 開口 Φ100μm,pitch250μm Mesh2: 開口 Φ190um,pitch250um 2014/7/1 NDIP2014(Tours) T. SUMIYOSHI 27
Development of gaseous PMT with micropattern gas detector
Development of gaseous PMT with micropattern gas detector Fuyuki Tokanai Department of Physics, Yamagata University, Yamagata, Japan Takayuki Sumiyoshi [Tokyo Metropolitan University, Tokyo 192-0397, Japan
Ion feedback suppression using inclined MCP holes in a Single-MCP+Micromegas+Pads Detector *
Ion feedback suppression using inclined MCP holes in a Single-MCP+Micromegas+Pads Detector * J.Va vra, SLAC, Stanford, CA 94305, USA ** T. Sumiyoshi, Tokyo Metropolitan University, Tokyo, Japan *** Abstract
GEM-based gaseous Photomultipliers for UV and visible photon imaging. Dirk Mörmann Amos Breskin Rachel Chechik Marcin Balcerzyk Bhartendu Singh
GEM-based gaseous Photomultipliers for UV and visible photon imaging Dirk Mörmann Amos Breskin Rachel Chechik Marcin Balcerzyk Bhartendu Singh Gaseous Photomultiplier State of the art: Advantages: large
An integrated Micromegas UV-photon detector
An integrated Micromegas UV-photon detector Joost Melai a*, Alexey Lyashenko b, Amos Breskin b, Harry van der Graaf c, Jan Timmermans c, Jan Visschers c, Cora Salm a, Jurriaan Schmitz a Abstract a University
GEM: A new concept for electron amplification in gas detectors
GEM: A new concept for electron amplification in gas detectors F. Sauli, Nucl. Instr. & Methods in Physics Research A 386 (1997) 531-534 Contents 1. Introduction 2. Two-step amplification: MWPC combined
R&D on Astroparticles Detectors. (Activity on CSN )
R&D on Astroparticles Detectors (Activity on CSN5 2000-2003) Introduction Results obtained with the R&D activity (2000-2003) with some drift chambers prototypes are reported. With different photocathode
Particle Energy Loss in Matter
Particle Energy Loss in Matter Charged particles loose energy when passing through material via atomic excitation and ionization These are protons, pions, muons, The energy loss can be described for moderately
Particle Energy Loss in Matter
Particle Energy Loss in Matter Charged particles, except electrons, loose energy when passing through material via atomic excitation and ionization These are protons, pions, muons, The energy loss can
電離によるエネルギー損失. β δ. Mean ioniza9on energy. 物質のZ/Aに比例 Z/A~1/2, β~1 1.5MeV/(g cm 2 ) 入射粒子の速度 (β) に依存粒子識別が可能低速では1/β 2. 高速ではβ 2 /(1- β 2 ) で上昇 1.
放射線検出器の基礎 - 2 飯嶋徹 電離によるエネルギー損失 2 2 de 2 Z 1 2mc 2 2 ln e β δ = Kz β (1 2 dx A β I β ) 2 K = 4π N r m c = 0.3071 MeV cm / gr 2 2 2 0 0 e I Mean ioniza9on energy I 7 = 12 + ev Z Z Z < 13 I 1.19 = 9.76 +
PANDA-?? A New Detector for Dark Matter Search
PANDA-?? A New Detector for Dark Matter Search Karl Giboni, Xiangdong Ji, Andy Tan, Li Zhao Shanghai Jiao Tong University Seminar at KEK, Tsukuba Japan 24 November, 2011 PANDA-X Dark Matter Search Jin
A proposal to study gas gain fluctuations in Micromegas detectors
A proposal to study gas gain fluctuations in Micromegas detectors M. Chefdeville 15/05/2009 We present two methods to measure gas gain fluctuations in Micromegas detectors and the experimental setup that
Evaluation and reduction of ion back-flow in multi-gem detectors
Evaluation and reduction of ion back-flow in multi-gem detectors D. Mörmann, A. Breskin, R. Chechik and D. Bloch 1 Department of Particle Physics, The Weizmann Institute of Science, 76100 Rehovot, Israel
X-ray Polarimetry with gas proportional counters through rise-time
X-ray Polarimetry with gas proportional counters through rise-time K. Hayashida, T. Horikawa, Y. Nakashima, H. Tsunemi (Osaka University, Japan) Acknowledge to Y. Namito (KEK, Japan) N.Tokanai (Yamagata
Progress in the Development of Photosensitive GEMs with Resistive Electrodes Manufactured by a Screen Printing Technology
Progress in the Development of Photosensitive GEMs with Resistive Electrodes Manufactured by a Screen Printing Technology P. Martinengo 1, E. Nappi 2, R. Oliveira 1, G. Paic 3, V. Peskov 1,4, F. Pietropaolo
PHOTOELECTRON COLLECTION EFFICIENCY AT HIGH PRESSURE FOR A GAMMA DETECTOR ENVISAGING MEDICAL IMAGING
822 PHOTOELECTRON COLLECTION EFFICIENCY AT HIGH PRESSURE FOR A GAMMA DETECTOR ENVISAGING MEDICAL IMAGING C.D.R. Azevedo 1, C.A.B. Oliveira 1, J.M.F. dos Santos 2, J.F.C.A. Veloso 1 1.University of Aveiro,
Fast response silicon pixel detector using SOI. 2016/08/10 Manabu Togawa
Fast response silicon pixel detector using SOI 2016/08/10 Manabu Togawa 1 100 ps High intensity fixed target NA62200 ps J-PARC MEG TOF-PET TOF-PET 400 ps α K + -> π + νν : NA62 expriment At CERN SPS Goal
Two-phase and gaseous cryogenic avalanche detectors based on GEMs
Two-phase and gaseous cryogenic avalanche detectors based on GEMs Budker Institute of Nuclear Physics, Novosibirsk A. Bondar, A. Buzulutskov, A. Grebenuk, D. Pavlyuchenko, R. Snopkov, Y. Tikhonov Outline
The Photon-Assisted Cascaded Electron Multiplier: a Concept for Potential Avalanche-Ion Blocking
The Photon-Assisted Cascaded Electron Multiplier: a Concept for Potential Avalanche-Ion Blocking J.F.C.A. Veloso a, F.D. Amaro b, J.M.F. dos Santos b, A. Breskin c, A. Lyashenko c and R. Chechik c a Physics
Performance of high pressure Xe/TMA in GEMs for neutron and X-ray detection
Performance of high pressure Xe/TMA in GEMs for neutron and X-ray detection R. Kreuger, C. W. E. van Eijk, Member, IEEE, F. A. F. Fraga, M. M. Fraga, S. T. G. Fetal, R. W. Hollander, Member, IEEE, L. M.
Recent advances in gaseous imaging photomultipliers
Nuclear Instruments and Methods in Physics Research A 513 (2003) 250 255 Recent advances in gaseous imaging photomultipliers A. Breskin*, M. Balcerzyk 1, R. Chechik, G.P. Guedes 2, J. Maia 3,D.M.ormann
High pressure xenon gas detector with segmented electroluminescence readout for 0nbb search
High pressure xenon gas detector with segmented electroluminescence readout for 0nbb search Kiseki Nakamura Kobe university for the AXEL collaboration PMT AXEL experiment High pressure xenon gas TPC for
Gas Electron Multiplier detectors with high reliability and stability. Abstract. Introduction
Gas Electron Multiplier detectors with high reliability and stability B.M.Ovchinnikov 1, V.V.Parusov 1 and Yu.B.Ovchinnikov 2 1 Institute for Nuclear Research of Russian Academy of Sciences, Moscow, Russia
GEM-based gaseous photomultipliers for UV and visible photon imaging
GEM-based gaseous photomultipliers for UV and visible photon imaging D. Mörmann, M. Balcerzyk 1, A. Breskin, R. Chechik, B.K. Singh 2 A. Buzulutskov 3 Department of Particle Physics, The Weizmann Institute
Factors Affecting Detector Performance Goals and Alternative Photo-detectors
XENON Experiment - SAGENAP Factors Affecting Detector Performance Goals and Alternative Photo-detectors Department of Physics Brown University Source at http://gaitskell.brown.edu Gaitskell Review WIMP
PHYS 3446 Lecture #12
PHYS 3446 Lecture #12 Wednesday, Oct. 18, 2006 Dr. 1. Particle Detection Ionization Detectors MWPC Scintillation Counters Time of Flight 1 Announcements Next LPCC Workshop Preparation work Each group to
Micro Pixel Chamber Operation with Gas Electron Multiplier
Contents ts Micro Pixel Chamber Operation with Gas Electron Multiplier Kyoto University dept. of physics Cosmic-ray ygroup K. Hattori 1. μ-pic (Micro Pixel Chamber), micro-tpc (Time Projection Chamber
arxiv:physics/ v1 [physics.ins-det] 3 Jul 2006
![arxiv:physics/ v1 [physics.ins-det] 3 Jul 2006](/thumbs/72/66594578.jpg "arxiv:physics/ v1 [physics.ins-det] 3 Jul 2006")
Preprint typeset in JINST style - HYPER VERSION arxiv:physics/0607015v1 [physics.ins-det] 3 Jul 2006 Advances in ion back-flow reduction in cascaded gaseous electron multipliers incorporating R-MHSP elements.
Detecting low energy recoils with Micromegas
Detecting low energy recoils with Micromegas Giomataris Ioannis, DAPNIA-Saclay Principle, performance Low threshold results Axion-WIMP search, polarimetry Large gaseous TPC Conclusions 1 40 kv/cm 1 kv/cm
GEM-based photon detector for RICH applications
Nuclear Instruments and Methods in Physics Research A 535 (2004) 324 329 www.elsevier.com/locate/nima GEM-based photon detector for RICH applications Thomas Meinschad, Leszek Ropelewski, Fabio Sauli CERN,
3 Gaseous Detectors. Detectors for Particle Physics Manfred Krammer Institute for High Energy Physics, Vienna, Austria
3 Gaseous Detectors Detectors for Particle Physics Manfred Krammer Institute for High Energy Physics, Vienna, Austria 3 Gaseous Detectors Content 3.1 Basic Principles 3.2 Diffusion and Drift 3.3 Amplification
Tests of the BURLE 64-anode MCP PMT as the detector of Cherenkov photons
Tests of the BURLE 64-anode MCP PMT as the detector of Cherenkov photons Peter Križan University of Ljubljana and J. Stefan Institute Contents Motivation and requirements BURLE MCP-PMT Beam test results
Detection of X-Rays. Solid state detectors Proportional counters Microcalorimeters Detector characteristics
Detection of X-Rays Solid state detectors Proportional counters Microcalorimeters Detector characteristics Solid State X-ray Detectors X-ray interacts in material to produce photoelectrons which are collected
Advances in the Micro-Hole & Strip Plate gaseous detector
Nuclear Instruments and Methods in Physics Research A 504 (2003) 364 368 Advances in the Micro-Hole & Strip Plate gaseous detector J.M. Maia a,b,c, *, J.F.C.A. Veloso a, J.M.F. dos Santos a, A. Breskin
High quantum efficiency S-20 photocathodes for photon counting applications
High quantum efficiency S-20 photocathodes for photon counting applications D. A. Orlov a,*, J. DeFazio b, S. Duarte Pinto a, R. Glazenborg a and E. Kernen a a PHOTONIS Netherlands BV, Dwazziewegen 2,
Development of New MicroStrip Gas Chambers for X-ray Applications
Joint International Workshop: Nuclear Technology and Society Needs for Next Generation Development of New MicroStrip Gas Chambers for X-ray Applications H.Niko and H.Takahashi Nuclear Engineering and Management,
GEM at CERN. Leszek Ropelewski CERN PH-DT2 DT2-ST & TOTEM
GEM at CERN Leszek Ropelewski CERN PH-DT2 DT2-ST & TOTEM MicroStrip Gas Chamber Semiconductor industry technology: Photolithography Etching Coating Doping A. Oed Nucl. Instr. and Meth. A263 (1988) 351.
Recent advances in gaseous imaging photomultipliers
Elsevier Science 1 Journal logo Recent advances in gaseous imaging photomultipliers A.Breskin a, M. Balcerzyk 1, R. Chechik, G. P. Guedes 2, J. Maia 3 and D. Mörmann Department of Particle Physics The
Ionization Detectors
Ionization Detectors Basic operation Charged particle passes through a gas (argon, air, ) and ionizes it Electrons and ions are collected by the detector anode and cathode Often there is secondary ionization
arxiv:physics/ v2 27 Mar 2001
High pressure operation of the triple-gem detector in pure Ne, Ar and Xe A. Bondar, A. Buzulutskov, L. Shekhtman arxiv:physics/0103082 v2 27 Mar 2001 Budker Institute of Nuclear Physics, 630090 Novosibirsk,
Electron transparency, ion transparency and ion feedback of a 3M GEM
Nuclear Instruments and Methods in Physics Research A 525 (2004) 33 37 Electron transparency, ion transparency and ion feedback of a 3M GEM P.S. Barbeau a, J. Collar a, J. Miyamoto b, *, I. Shipsey b a
PHOTODETECTORS AND SILICON PHOTO MULTIPLIER
ESE seminar Photodetectors - Sipm, P. Jarron - F. Powolny 1 PHOTODETECTORS AND SILICON PHOTO MULTIPLIER ESE seminar Pierre Jarron, Francois Powolny OUTLINE 2 Brief history and overview of photodetectors
GEM upgrade of the ALICE TPC. Markus Ball Physics Department E18 Technische Universität München On Behalf of the ALICE TPC upgrade
GEM upgrade of the ALICE TPC Markus Ball Physics Department E18 Technische Universität München On Behalf of the ALICE TPC upgrade 1 Outline Motivation for the GEM upgrade Ion Backflow Suppression with
DARWIN. Marc Schumann Physik Institut, Universität Zürich. Aspera Technology Forum 2010, October 21-22, 2010
21-22 DARWIN Marc Schumann Physik Institut, Universität Zürich Aspera Technology Forum 2010, October 21-22, 2010 www.physik.uzh.ch/groups/groupbaudis/xenon/ Dark Matter: Evidence & Detection NASA/WMAP
Breakdown limit studies in high-rate gaseous detectors
Nuclear Instruments and Methods in Physics Research A 422 (1999) 300 304 Breakdown limit studies in high-rate gaseous detectors Yu. Ivaniouchenkov, P. Fonte, V. Peskov *, B.D. Ramsey LIP, Coimbra University,
Studies of THGEM-based detector at low-pressure Hydrogen/Deuterium, for AT-TPC applications
Studies of THGEM-based detector at low-pressure Hydrogen/Deuterium, for AT-TPC applications Marco Cortesi, * John Yurkon, Wolfgang Mittig, Daniel Bazin, Saul Beceiro-Novo and Andreas Stolz National Superconducting
Background. Background. Objective. Table of Contents 11/16/2012. Effects of wind erosion on water balance in a crop field in the Sahel, West Africa
11/16/212 Effects of wind erosion on water balance in a crop field in the Sahel, West Africa Table of Contents 1.Background 2.Introduction of lysimeter designed 3.Highlight data showing the effects of
Detecting high energy photons. Interactions of photons with matter Properties of detectors (with examples)
Detecting high energy photons Interactions of photons with matter Properties of detectors (with examples) Interactions of high energy photons with matter Cross section/attenution length/optical depth Photoelectric
HypTPC for high-rate beams
HypTPC for high-rate beams 佐甲博之 ( 原子力機構 ) 新学術領域 中性子星核物質 第 2 回検出器ワークショップ 2017/3/4, 東工大 1 Outline HypTPC の設計 The TPC vs HypTPC High rateへの対応 Field cageの帯電対策 HypTPC,TPCの応用 2 TPC The best three-dimensional
Proportional Counters
Proportional Counters 3 1 Introduction 3 2 Before we can look at individual radiation processes, we need to understand how the radiation is detected: Non-imaging detectors Detectors capable of detecting
Development of a new MeV gamma-ray camera
Development of a new MeV gamma-ray camera ICEPP Symposium February 16, 2004 Hakuba, Nagano, Japan Kyoto University Atsushi Takeda H. Kubo, K. Miuchi, T. Nagayoshi, Y. Okada, R. Orito, A. Takada, T. Tanimori,
Performance of the Gamma-ray Imaging Detector with Micro-TPC
Performance of the Gamma-ray Imaging Detector with Micro-TPC Cosmic-Ray Group Dept. of Physics, Graduate School of Science, Kyoto University R.Orito Orito,H.Kubo,K.,H.Kubo,K.Miuchi,T.Nagayoshi, A.Takada,A.Takeda,T.Tanimori
A RICH Photon Detector Module with G-APDs
A RICH Photon Detector Module with G-APDs S. Korpar a,b, H. Chagani b, R. Dolenec b, P. Križan b,c, R. Pestotnik b, A. Stanovnik b,c a University of Maribor, b J. Stefan Institute, c University of Ljubljana
Direct WIMP Detection in Double-Phase Xenon TPCs
Outline PMTs in the XENON dark matter experiment XENON100 and the weekly gain calibration XENON1T and candidates for the light sensors Tests of Hamamatsu R11410 2 Direct WIMP Detection in Double-Phase
Study of novel gaseous photomultipliers for UV and visible light
Study of novel gaseous photomultipliers for UV and visible light Thesis for the degree of Ph. D. in physics presented to the Scientific Council of the Weizmann Institute of Science, Rehovot, Israel by
The unification of gravity and electromagnetism.
The unification of gravity and electromagnetism. (The physics of dark energy.) Terubumi Honjou The 9 chapter. The unification of gravity and electromagnetism. [1]... to the goal of modern physics and the
Seminar. Large Area Single Photon Detectors
University of Ljubljana Faculty of Mathematics and Physics Department of Physics Seminar Large Area Single Photon Detectors Rok Dolenec Mentor: prof. dr. Peter Križan 3. February 2007 Abstract Today a
Performance of the MCP-PMT for the Belle II TOP counter
Performance of the MCP-PMT for the Belle II TOP counter a, S. Hirose b, T. Iijima ab, K. Inami b, Y. Kato a, Y. Maeda a, R. Mizuno b, Y. Sato a and K. Suzuki b a Kobayashi-Maskawa Institute, Nagoya University
3. Gas Detectors General introduction
3. Gas Detectors 3.1. General introduction principle ionizing particle creates primary and secondary charges via energy loss by ionization (Bethe Bloch, chapter 2) N0 electrons and ions charges drift in
2015 年度研究活動報告理工学術院 先進理工 応用物理学科小澤徹 Department of Applied Physics, Waseda University
2015 年度研究活動報告理工学術院 先進理工 応用物理学科小澤徹 Tohru OZAWA Department of Applied Physics, Waseda University 出版された論文 R. Carles, T. Ozawa Finite time extinction for nonlinear Schrödinger equation in 1D and 2D, Commun.
Jun Nishiyama Research Laboratory for Nuclear Reactors, Tokyo Institute of Technology
Nuclear and Emerging Technologies for Space 2015 Albuquerque Marriott in Albuquerque, NM on February 23-26, 2015. Feasibility Study on Polonium Isotopes as Radioisotope Fuel for Space Nuclear Power Jun
LAAPD Performance Measurements in Liquid Xenon
LAAPD Performance Measurements in Liquid Xenon David Day Summer REU 2004 Nevis Laboratories, Columbia University Irvington, NY August 3, 2004 Abstract Performance measurements of a 16mm diameter large
Radionuclide Imaging MII Detection of Nuclear Emission
Radionuclide Imaging MII 3073 Detection of Nuclear Emission Nuclear radiation detectors Detectors that are commonly used in nuclear medicine: 1. Gas-filled detectors 2. Scintillation detectors 3. Semiconductor
Performance of a triple-gem detector for high-rate particle triggering
Performance of a triple-gem detector for high-rate particle triggering G. Bencivenni 1, W. Bonivento 2,4,A.Cardini 2,C. Deplano 2, P. de Simone 1, G. Felici 1, D. Marras 2, F.Murtas 1, D.Pinci 2,3, M.
Reactive Fluid Dynamics 1 G-COE 科目 複雑システムのデザイン体系 第 1 回 植田利久 慶應義塾大学大学院理工学研究科開放環境科学専攻 2009 年 4 月 14 日. Keio University
Reactive Fluid Dynamics 1 G-COE 科目 複雑システムのデザイン体系 第 1 回 植田利久 慶應義塾大学大学院理工学研究科開放環境科学専攻 2009 年 4 月 14 日 Reactive Fluid Dynamics 2 1 目的 本 G-COE で対象とする大規模複雑力学系システムを取り扱うにあたって, 非線形力学の基本的な知識と応用展開力は不可欠である. そこで,
Development and preliminary tests of resistive microdot and microstrip detectors
Development and preliminary tests of resistive microdot and microstrip detectors P. Fonte, a E. Nappi b, P. Martinengo c, R. Oliveira c, V. Peskov c,d,*, F. Pietropaolo e, P. Picchi f a LIP and ISEC, Coimbra,
Performance study of the ceramic THGEM *
Performance study of the ceramic THGEM * YAN Jia-Qing 1,2;1) XIE Yu-Guang 2,3;2) HU Tao 2,3 LU Jun-Guang 2,3 ZHOU Li 2,3 QU Guo-Pu 1 CAI Xiao 2,3 NIU Shun-Li 2,3 CHEN Hai-Tao 2 1 University of South China,
Advanced laser technology for 3D-shaping ~ toward to the highest brightness of electron beam source ~
Advanced laser technology for 3D-shaping ~ toward to the highest brightness of electron beam source ~ Hiromistu Tomizawa Accelerator Division, Japan Synchrotron Radiation Research Institute (SPring-8)
7 Particle Identification. Detectors for Particle Physics Manfred Krammer Institute of High Energy Physics, Vienna, Austria
7 Particle Identification Detectors for Particle Physics Manfred Krammer Institute of High Energy Physics, Vienna, Austria 7.0 Content 7.1 Methods for Particle Identification 7.2 Mass of Charged Particles
Pol. e + source based on Compton scattering with FEL & 4 mirror cavity 第 8 回全体打合せ, 30 September 2014 KEK, Junji Urakawa
Pol. e + source based on Compton scattering with FEL & 4 mirror cavity 第 8 回全体打合せ, 30 September 2014 KEK, Junji Urakawa Super conducting electron linear accelerator for FEL We assume super radiant mode
PoS(EPS-HEP2015)232. Performance of a 1 m 2 Micromegas Detector Using Argon and Neon based Drift Gases
Performance of a m Micromegas Detector Using Argon and Neon based Drift Gases a, Otmar Biebel a, Jonathan Bortfeldt a, Ralf Hertenberger a, Ralph Müller a and Andre Zibell b a Ludwig-Maximilians-Universität
Illustrating SUSY breaking effects on various inflation models
7/29 基研研究会素粒子物理学の進展 2014 Illustrating SUSY breaking effects on various inflation models 山田悠介 ( 早稲田大 ) 共同研究者安倍博之 青木俊太朗 長谷川史憲 ( 早稲田大 ) H. Abe, S. Aoki, F. Hasegawa and Y. Y, arxiv:1408.xxxx 7/29 基研研究会素粒子物理学の進展
arxiv: v1 [physics.ins-det] 28 Mar 2016
![arxiv: v1 [physics.ins-det] 28 Mar 2016](/thumbs/81/82952445.jpg "arxiv: v1 [physics.ins-det] 28 Mar 2016")
Combination of two Gas Electron Multipliers and a Micromegas as gain elements for a time projection chamber arxiv:1603.08473v1 [physics.ins-det] 28 Mar 2016 S. Aiola a, R.J. Ehlers a, S. Gu a, J.W. Harris
Photoelectron spectroscopy Instrumentation. Nanomaterials characterization 2
Photoelectron spectroscopy Instrumentation Nanomaterials characterization 2 RNDr. Věra V Vodičkov ková,, PhD. Photoelectron Spectroscopy general scheme Impact of X-ray emitted from source to the sample
Diffractometer. Geometry Optics Detectors
Diffractometer Geometry Optics Detectors Diffractometers Debye Scherrer Camera V.K. Pecharsky and P.Y. Zavalij Fundamentals of Powder Diffraction and Structural Characterization of Materials. Diffractometers
PoS(PD07)020. Timing Properties of MCP-PMT. Kenji Inami. Nagoya university, Nagoya, Japan
Nagoya university, Nagoya, Japan E-mail: kenji@hepl.phys.nagoya-u.ac.jp We have studied timing properties of 4 different types of micro-channel-plate photo-multiplier tubes (MCP-PMT) by irradiating with
Reference literature. (See: CHEM 2470 notes, Module 8 Textbook 6th ed., Chapters )
September 17, 2018 Reference literature (See: CHEM 2470 notes, Module 8 Textbook 6th ed., Chapters 13-14 ) Reference.: https://slideplayer.com/slide/8354408/ Spectroscopy Usual Wavelength Type of Quantum
Status and Challenges of CEPC Time Projection Chamber Detector. Huirong On behalf of CEPC Tracking Subgroup
Status and Challenges of CEPC Time Projection Chamber Detector Huirong On behalf of CEPC Tracking Subgroup 015.01.1 Content Status of GEM and TPC Detector Requirements and Concept design Preliminary Simulation
R&D and related Simulation Studies for the sphenix Time Projection Chamber
R&D and related Simulation Studies for the sphenix Time Projection Chamber, for the sphenix collaboration Department of Physics and Astronomy, Stony Brook University, SUNY, Stony Brook, New York 1179-8,
Chapter 4 Scintillation Detectors
Med Phys 4RA3, 4RB3/6R03 Radioisotopes and Radiation Methodology 4-1 4.1. Basic principle of the scintillator Chapter 4 Scintillation Detectors Scintillator Light sensor Ionizing radiation Light (visible,
Track Resolution Measurements for a Time Projection Chamber with Gas Electron Multiplier Readout
Track Resolution Measurements for a Time Projection Chamber with Gas Electron Multiplier Readout Dean Karlen 1,2, Paul Poffenberger 1, Gabe Rosenbaum 1, Robert Carnegie 3, Madhu Dixit 3,2, Hans Mes 3,
NEW DEVELOPMENTS IN GASEOUS DETECTORS. Fabio Sauli. CERN, Geneva, Switzerland
EUROPEAN ORGANIZATION FOR NUCLEAR RESEARCH CERN-EP/2000-108 July 20, 2000 NEW DEVELOPMENTS IN GASEOUS DETECTORS Fabio Sauli CERN, Geneva, Switzerland Invited lecture at the XXVIII International Meeting
Nichia STS-DA <Cat.No > SPECIFICATIONS FOR NICHIA LUMINOUS FLUX WHITE STANDARD LED MODEL : NLHW01S02 NICHIA CORPORATION
Nichia STS-DA1-571 SPECIFICATIONS FOR NICHIA LUMINOUS FLUX WHITE STANDARD LED MODEL : NLHW1S2 NICHIA CORPORATION 1. FEATURES White LED in a metal can package designed and developed for luminous
質量起源 暗黒物質 暗黒エネルギー 宇宙線 陽子崩壊 ニュートリノ質量 米国 P5 ニュートリノ CPV 宇宙背景ニュートリノクォーク レプトンマヨラナ粒子 ニュートリノ測定器 陽子崩壊探索. Diagram courtesy of P5. Origin of Mass.
Diagram courtesy of P5 The Energy Frontier Origin of Mass Matter/Antimatter Asymmetry Dark Matter Origin of Universe Unification of Forces New Physics Beyond the Standard Model ニュートリノ質量 質量起源 The Intensity
Radiation Detector 2016/17 (SPA6309)
Radiation Detector 2016/17 (SPA6309) Semiconductor detectors (Leo, Chapter 10) 2017 Teppei Katori Semiconductor detectors are used in many situations, mostly for some kind of high precision measurement.
Time of Flight measurements with MCP-PMT
International Symposium on the Development of Detectors, 2006/4 at SLAC Time of Flight measurements with MCP-PMT - Very high resolution TOF counter - Lifetime of MCP-PMTs T.Ohshima, K.Inami, N.Kishimoto,
Microscopic Simulation of GEM Signals
Microscopic Simulation of GEM Signals von Moritz Seidel Bachelorarbeit in Physik vorgelegt der Fakultät für Mathematik, Informatik und Naturwissenschaften der RWTH Aachen angefertigt im III. Physikalischen
ATLAS New Small Wheel Phase I Upgrade: Detector and Electronics Performance Analysis
ATLAS New Small Wheel Phase I Upgrade: Detector and Electronics Performance Analysis Dominique Trischuk, Alain Bellerive and George Iakovidis IPP CERN Summer Student Supervisor August 216 Abstract The
Detectors in Nuclear and High Energy Physics. RHIG summer student meeting June 2014
Detectors in Nuclear and High Energy Physics RHIG summer student meeting June 2014 Physics or Knowledge of Nature Experimental Data Analysis Theory ( application) Experimental Data Initial Conditions /
Light Sensor selection for Cherenkov Telescope Array
Light Sensor selection for Cherenkov Telescope Array M. Shayduk, R. Mirzoyan, M.Kurz, J. Hose, H. Dickinson, M. Knoetig, J. Bolmont, E. Lorenz, T. Schweizer, J.-P. Tavernet, M. Teshima, P. Vincent for
The ArDM project: A Liquid Argon TPC for Dark Matter Detection
The ArDM project: A Liquid Argon TPC for Dark Matter Detection V. Boccone 1, on behalf of the ArDM collaboration 1 Physik-Institut der Universität Zürich, Winterthurerstrasse 190, CH-8057 Zürich, Switzerland
Time-of-Flight PET using Cherenkov Photons Produced in PbF 2
Photons Produced in PbF 2 R. Dolenec a, S. Korpar b,a, P. Križan c,a, R. Pestotnik a, A. Stanovnik d,a a, Ljubljana, Slovenia b Faculty of Chemistry and Chemical Engineering, University of Maribor, Slovenia
京都 ATLAS meeting 田代. Friday, June 28, 13
京都 ATLAS meeting 0.06.8 田代 Exotic search GUT heavy gauge boson (W, Z ) Extra dimensions KK particles Black hole Black hole search (A 模型による )Extra dimension が存在する場合 parton 衝突で black hole が生成される Hawking
Results with Micromegas modules at LP-TPC
Results with Micromegas modules at LP-TPC D. Attié 1, P. Colas 1, M. Dixit 2,3, M. Riallot 1, YunHa Shin 2, S. Turnbull 2, W. Wang *1 Abstract For the International Linear Collider (ILC), the transverse
JAXA Status Report. JAXA Status Report. 4-6 April 2017 WMO ET-SAT
JAXA Status Report JAXA Status Report 4-6 April 2017 WMO ET-SAT JAXA s Past, Current and Future Satellite/Sensor Activities ALOS-2 (CY 2014) GCOM-C (JFY 2017) GOSAT-2 (JFY 2018) Earth CARE/CPR (JFY 2019(TBC))
Study of GEM-like detectors with resistive electrodes for RICH applications
Study of GEM-like detectors with resistive electrodes for RICH applications A.G. Agócs, 1,2 A. Di Mauro, 3 A. Ben David, 4 B. Clark, 5 P. Martinengo, 3 E. Nappi, 6 3, 7 V. Peskov 1 Eotvos University, Budapest,
THE gas electron multiplier (GEM) [1] presents attractive
![THE gas electron multiplier (GEM) [1] presents attractive](/thumbs/78/78386313.jpg "THE gas electron multiplier (GEM) [1] presents attractive")
IEEE TRANSACTIONS ON NUCLEAR SCIENCE, VOL. 51, NO. 5, OCTOBER 2004 2097 Recent Investigations of Cascaded GEM and MHSP Detectors R. Chechik, A. Breskin, G. P. Guedes, D. Mörmann, J. M. Maia, V. Dangendorf,
Outline of Sediment Disaster Early Warning in Japan
JICA training(disaster Management for Landslide and Sediment-related Disaster) Outline of Sediment Disaster Early Warning in Japan December 2, 2014 Masaru KUNITOMO National Institute for Land and Infrastructure
A complete simulation of a triple-gem detector
A complete simulation of a triple-gem detector W. Bonivento, A. Cardini, D. Pinci Abstract Since some years the Gas Electron Multipliers (GEM) based detectors have been proposed for many different applications,
Two-phase argon and xenon avalanche detectors based on Gas Electron Multipliers
E-print at www.arxiv.org physics/0510266 Accepted for publication in Nuclear Instruments and Methods A Two-phase argon and xenon avalanche detectors based on Gas Electron Multipliers A. Bondar, A. Buzulutskov,
A Complete Simulation of a Triple-GEM Detector
1638 IEEE TRANSACTIONS ON NUCLEAR SCIENCE, VOL. 49, NO. 4, AUGUST 2002 A Complete Simulation of a Triple-GEM Detector W. Bonivento, A. Cardini, G. Bencivenni, F. Murtas, and D. Pinci Abstract Since some