The basic concept for the NPS is a highly segmented EM calorimeter based on PbWO 4 preceded by a compact sweeping magnet
|
|
|
- Alisha Carter
- 5 years ago
- Views:
Transcription
1 The Neutral-Particle Spectrmeter (NPS) The NPS is envisined as a facility in Hall C, utilizing the well-understd HMS and the SHMS infrastructure, t allw fr precisin (cincidence) crss sectin measurements f neutral particles (g and p 0 ). The basic cncept fr the NPS is a highly segmented EM calrimeter based n PbWO 4 preceded by a cmpact sweeping magnet NPS cantelevered ff SHMS platfrm NPS n SHMS platfrm Magnet Detectr Detectr Magnet NPS angle range: degrees NPS angle range: degrees The NPS will be remtely rtatable ff the SHMS platfrm.
2 NPS Cllabratin 30 April 2015 I. Albayrak, J. R.M. Annand, A. Asaturyan, M. Ber, A. Camsnne, M. Carmigntt, D. Day, D. Dutta, R. Ent, M. Guidal, D.J. Hamiltn, N. Hlavin, T. Hrn, C. Hyde, H. Mkrtchyan, D. Keller, C. Keppel, F. Klein, A. Mkrtchyan, C. Munz-Camach, P. Nadel-Turnski, R. Paremuzyan, H. Rashad, J. Rche, O. Rndn, I. Sapkta, S. Sirca, V. Tadevsyan, B. Wjtsekhwski, S. Wd, S. Zhamkchyan, J. Zhang, C. Zrn A.I. Alikhanyan Natinal Science Labratry/Yerevan, Cathlic Univ. f America/USA, Institut de Physique Nucleaire d Orsay/France, Mississippi State Univ./USA, Jeffersn Labratry/USA, Ohi University/USA, Old Dminin Univ./USA, Univ. f Glasgw/Sctland, Univ. Ljubljana, Univ. f Virginia/USA
3 Overview Scientific Prgram 5 experiments apprved by PAC (40, 42) t date E : Measurement f Semi-inclusive p 0 prductin as Validatin f Factrizatin E Exclusive Deeply Virtual Cmptn and p 0 Crss Sectin Measurements in Hall C E Wide-angle Cmptn Scattering at 8 and 10 GeV Phtn Energies E Wide Angle Exclusive Phtprductin f p 0 Mesns E Initial State Helicity Crrelatin in Wide-Angle Cmptn Scattering 1 LOI and ne prpsal submitted t PAC43 LOI Timelike Cmptn Scattering with transverse target PR12-15-XXX Duble Plarizatin Observables in WACS at Phtn Energies up t 8 GeV Ideas exist fr future experiments and new scientific directins taking advantage f the cmpatibility f NPS with Hall infrastructure DVCS with plarized targets Pssibilities fr crrelatin experiments
4 EXP. NO. Hall Title Spkespersns Institutins Beam Days Rating PAC Run Grup E C Measurement f Semi-Inclusive p Prductin as Validatin f Factrizatin E C Exclusive Deeply Virtual Cmptn and Neutral Pin Crss-Sectin Measurements in Hall C E C Wide-angle Cmptn Scattering at 8 and 10 GeV Phtn Energies E C Wide Angle Exclusive Phtprductin f p Mesns E C Initial State Helicity Crrelatin in Wide-Angle Cmptn Scattering R. Ent JLab 25 A- 40 A T. Hrn CUA H. Mkrtchyan Yerevan V. Tadevsyan Yerevan C. Munz Camach IPN Orsay 53 A 40 A R. Paremuzyan IPN Orsay T. Hrn CUA C. Hyde ODU J. Rche Ohi U B. Wjtsekhwski JLab 18 A- 42 B D. Hamiltn Glasgw S. Sirca Ljubljana D. Dutta Miss. State 18 B 42 B M. Amaryan ODU H. Ga Duke M. Kunkel ODU S. Sirca Ljubljana I. Strakvsky GWU D. Keller UVa 15 B 42 C D. Day UVa J. Zhang UVa Apprved PAC days 129 Run Grup days 86
5 PROP. NO. Hall Title Spkespersns Institutins Beam Days LOI C Timelike Cmptn Scattering with transverse target E12-15-XXX A Duble Plarizatin Observables in WACS Rating PAC Run Grup A. Mkrtchyan CUA 43 M. Ber IPN Orsay V. Tadevsyan Yerevan P. Nadel-Turnski JLab B. Wjtsekhwski JLab 43 S. Abrahamyan Yerevan G. Niculescu JMU
6 NPS status Glbal design has been frzen fr last three years and reviewed well In the ideal case wuld use new PbWO 4 crystals See slides by R. Nvtny Glbal availability f high quality crystals needs t be taken int accunt Taking advantage f existing PbWO 4 crystals frm HyCAL, ne arrangement is in a 36x30 matrix cvering 25 msr at distance f 4 m frm target (~1100 crystals) Culd use PbF 2 crystals frm DVCS/Hall A t fill ut slid angle Nte: TCS experiment wuld require additinal crystals and detectrs (tracker, recil) Studies related t PbWO 4 crystals 10+5 PbWO4 crystals prduced by SIC have been tested fr ptical prperties and radiatin hardness; 30 mre crystals were rdered frm SIC in 2015 Infrastructure fr crystal testing at universities See slides by C. Munz-Camach See slides by M. Carmigntt 2015 NSF/MRI funding applicatin submitted (CUA, OU, ODU, JLAB, Yerevan) Additinal funding applicatin with emphasis n WACS requirements in preparatin
7 Gals f this meeting Overview f the glbal status n PbWO 4 crystals Summary f tests f systematic and radiatin damage effects f 2014 prduced SIC crystals Irradiatin studies with beam at Idah Acceleratr Facility Optical prperties and light yield Cmparisn t results frm BNL, Caltech, and Giessen Overview f facilities fr crystal testing at universities IPN-Orsay CUA Discussin f what tests we shuld d t fully understand crystal quality Discussin f pssible ptins fr NPS PbWO 4 crystals
NPS Collaboration Meeting
NPS Cllabratin Meeting JLab, Newprt News, VA 21 January 2016 T. Hrn The Neutral-Particle Spectrmeter (NPS) NPS PbWO 4 The NPS is envisined as a facility in Hall C, utilizing the well-understd HMS and the
NPS Collaboration Meeting
NPS Cllabratin Meeting Jeffersn Lab, Newprt News, VA 19 January 2017 Tanja Hrn Histry f NPS Meetings 10 Nvember 2012: Wrkshp n Opprtunities fr DVCS and ther physics with NPS (IPN-Orsay) 14 Nvember 2013:
NPS. Magnet. Magnet Detector Detector. NPS angle range: degrees. NPS angle range: degrees. PbWO 4. NPS on SHMS platform
The Neutral-Particle Spectrometer (NPS) NPS PbWO 4 The NPS is envisioned as a facility in Hall C, utilizing the well-understood HMS and the SHMS infrastructure, to allow for precision (coincidence) cross
NPS Science and Project Status
NPS Science and Project Status The experimental Program in Hall C at 12 GeV JLab and beyond Neutral Particle Spectrometer Tanja Horn Hall C Winter Collaboration Meeting Jefferson Lab, 22-23 January 2018
The Neutral-Particle Spectrometer
The Neutral-Particle Spectrometer White Paper outlining the Science and Path to Realization of the NPS The Neutral-Particle Spectrometer (NPS) Collaboration at Jefferson Lab November 26, 2014 The two-arm
Hall C SIDIS Program basic (e,e p) cross sections
Hall C SIDIS Program basic (e,e p) cross sections Linked to framework of Transverse Momentum Dependent Parton Distributions Validation of factorization theorem needed for most future SIDIS experiments
Upgrade for SRC/EMC Studies. Stephen Wood
Upgrade for SRC/EMC Studies Stephen Wood Outline Hall C 12 Hardware overview Standard Spectrometers Additional detectors Hall C SRC/EMC/Nuclear-effects physics program Deuteron EMC with LAD Standard Hall
Time-like Compton Scattering with transversely polarized target
Time-like Compton Scattering with transversely polarized target Vardan Tadevosyan AANSL (YerPhI) Foundation Arthur Mkrtchyan CUA Outline Physics case and motivation Experimental setup Simulation results
Time-like Compton Scattering with transversely polarized target
Time-like Compton Scattering with transversely polarized target Vardan Tadevosyan AANSL (YerPhI) Foundation JLab 1/19/2017 Outline Physics case and motivation Experimental setup Simulation results Latest
Hall C User Meeting. January 14-15, 2011
Hall C User Meeting January 14-15, 2011 Publications in last year E02-019 Scaling of the F2 structure function in nuclei and quark distributions at x>1 PRL 105, 212502 E02-017 Kaon, Pion and Proton Associated
High Energy Physics Activities at University of Granada
High Energy Physics Activities at University f Granada Antni Buen University f Granada Restricted ECFA Meeting Barcelna Saturday 29 March 2003 University f Granada Experimental High Energy Physics in U.
Update on the Neutral Particle Spectrometer
Update on the Neutral Particle Spectrometer The NPS project is supported by NSF MRI PHY-1530874 NPS Carlos Muñoz Camacho for the NPS Collaboration NPS Collaboration Meeting: 21 Jan 2016 Thanks to Tanja
Target single- and double-spin asymmetries in DVCS off a longitudinal polarised hydrogen target at HERMES
Target single- and double-spin asymmetries in DVCS off a longitudinal polarised hydrogen target at HERMES David Mahon On behalf of the HERMES Collaboration DIS 2010 - Florence, Italy Overview Mahon DIS
Letter of Intent for Jefferson Lab PAC 43. Timelike Compton Scattering on the transversely polarized proton at 11 GeV
Letter of Intent for Jefferson Lab PAC 43 Timelike Compton Scattering on the transversely polarized proton at 11 GeV T. Horn, A. Mkrtchyan, M. Carmignotto, I. Sapkota Catholic University of America, Washington,
The Timelike Compton Scattering
Timelike Compton Scattering Tanja Horn In collaboration with: Y. Illieva, F.J. Klein, P. Nadel-Turonski, R. Paremuzyan, S. Stepanyan 12 th Int. Conference on Meson-Nucleon Physics and the Structure of
Recent results on DVCS from Hall A at JLab
Recent results on DVCS from Hall A at JLab Carlos Muñoz Camacho IPN-Orsay, CNRS/IN2P3 (France) Spatial and Momentum Tomography of Hadrons and Nuclei INT-17-3 Sep 5, 2017 Carlos Muñoz Camacho (IPN-Orsay)
Internal Target Experiments at the MESA accelerator
Jhannes Gutenberg University, Mainz E-mail: merkel@kph.uni-mainz.de The Mainz Supercnducting Energy Recvery Linac (MESA) is a new acceleratr under cnstructin at the University f Mainz. MESA is designed
A future π 0 detection facility in Hall C
The Catholic University of America A future π 0 detection facility in Hall C Marco Antonio Pannunzio Carmignotto Hall C user meeting June 23, 2012 A future π 0 detection facility in Hall C Scientific motivation
The standards are taught in the following sequence.
B L U E V A L L E Y D I S T R I C T C U R R I C U L U M MATHEMATICS Third Grade In grade 3, instructinal time shuld fcus n fur critical areas: (1) develping understanding f multiplicatin and divisin and
INFORMATION CONCERNING NEUTRINO CONFIGURATIONS AND FLUX: CONSEQUENCES FOR NEUTRINO-PHYSICS EXPERIMENTS
-1- SS -18 0 2251 INFORMATION CONCERNING NEUTRINO CONFIGURATIONS AND FLUX: CONSEQUENCES FOR NEUTRINO-PHYSICS EXPERIMENTS R. A. Burnstein Illinis Institute f Technlgy ABSTRACT The current neutrin -physics
Physics 2B Chapter 23 Notes - Faraday s Law & Inductors Spring 2018
Michael Faraday lived in the Lndn area frm 1791 t 1867. He was 29 years ld when Hand Oersted, in 1820, accidentally discvered that electric current creates magnetic field. Thrugh empirical bservatin and
Conceptual Design Report A Compact Photon Source
Cnceptual Design Reprt A Cmpact Phtn Surce arxiv:7.0649v [physics.acc-ph] 8 Dec 07 Cntents B. Wjtsekhwski Thmas Jeffersn Natinal Acceleratr Facility, Newprt News, VA 3606 G. Niculescu James Madisn University,
Therefore the atomic diameter is 5 orders of magnitude ( times) greater than the m
Orders f Magnitude Pwers f 10 are referred t as rders f magnitude e.g. smething a thusand times larger (10 3 ) is three rders f magnitude bigger. A prtn has a diameter f the rder ~10-15 m The diameter
CS 477/677 Analysis of Algorithms Fall 2007 Dr. George Bebis Course Project Due Date: 11/29/2007
CS 477/677 Analysis f Algrithms Fall 2007 Dr. Gerge Bebis Curse Prject Due Date: 11/29/2007 Part1: Cmparisn f Srting Algrithms (70% f the prject grade) The bjective f the first part f the assignment is
The Jlab 12 GeV Upgrade
The Jlab 12 GeV Upgrade R. D. McKeown Jefferson Lab College of William and Mary 1 12 GeV Science Program The physical origins of quark confinement (GlueX, meson and baryon spectroscopy) The spin and flavor
L-T Separation in Pseudoscalar Meson Production
L-T Separation in Pseudoscalar Meson Production Dave Gaskell Jefferson Lab Exclusive Meson Production and Short Range Hadron Structure January 23, 2014 1 Motivation for L-T separations Inclusive Deep Inelastic
Proton Radius Puzzle and the PRad Experiment at JLab
Proton Radius Puzzle and the PRad Experiment at JLab NC A&T State University, NC USA for the PRad collaboration Spokespersons:, H. Gao, M. Khandaker, D. Dutta Outline The Proton Radius Puzzle Recent status
E , E , E
JLab Experiments E12-09-017, E12-09-011, E12-09-002 First-Year of Hall C experiments towards a complete commissioning of the SHMS for precision experiments Spokespersons: P. Bosted, D. Dutta, R. Ent, D.
The GPD program at Jefferson Lab: recent results and outlook
The GPD program at Jefferson Lab: recent results and outlook Carlos Muñoz Camacho IPN-Orsay, CNRS/INP3 (France) KITPC, Beijing July 17, 1 Carlos Muñoz Camacho (IPN-Orsay) GPDs at JLab KITPC, 1 1 / 3 Outline
Measurement of π 0 photoproduction on the proton at MAMI C
Measurement f phtprductin n the prtn at MAMI C P. Adlarsn, F. Afzal, C. S. Akndi, J. R. M. Annand, H. J. Arends, Ya. I. Azimv, R. Beck, N. Brisv, 6 A. Braghieri, 7 W. J. Brisce, 8 S. Cherepnya, 9 F. Cividini,
Probing Short Range Structure Through the Tensor Asymmetry A zz
Probing Short Range Structure Through the Tensor Asymmetry A zz (TA ) at x>1 zz Elena Long Joint Hall A/C Collaboration Meeting Jefferson Lab June 6 th, 2014 1 Today s Discussion Overview of Physics Motivation
Hall C KPP Run Plan Accelerator Readiness Review Phase 4 January 9 10
Hall C KPP Run Plan Accelerator Readiness Review Phase 4 January 9 10 Brad Sawatzky 1 Hall C KPP Detector operational: events recorded with a > 2nA electron beam at > 6 GeV beam energy (3 pass). 1.Detector
Neutrons in a Spin: Nucleon Structure at Jefferson Lab
Neutrons in a Spin: Nucleon Structure at Jefferson Lab Daria Sokhan University of Glasgow, UK on behalf of the CLAS Collaboration IoP Nuclear Physics Group Conference, York 8 th April 2013 Nucleon structure
5 th grade Common Core Standards
5 th grade Cmmn Cre Standards In Grade 5, instructinal time shuld fcus n three critical areas: (1) develping fluency with additin and subtractin f fractins, and develping understanding f the multiplicatin
Proposal to Jefferson Lab PAC 45 Polarization Observables in Wide-Angle Compton Scattering at large s, t, and u
PR12-17-008 Proposal to Jefferson Lab PAC 45 Polarization Observables in Wide-Angle Compton Scattering at large s, t, and u G. Niculescu (co-spokesperson) and I. Niculescu James Madison University, Harrisonburg,
Wagon Markings Guidelines
Versin / Status: V 3.0 / apprved Wagn Markings Guidelines 1. Intrductin Article 4, para 4 f the Safety Directive (2004/49/EG amended by 2008/110/EC) stipulates the respnsibility f each manufacturer, maintenance
Land Information New Zealand Topographic Strategy DRAFT (for discussion)
Land Infrmatin New Zealand Tpgraphic Strategy DRAFT (fr discussin) Natinal Tpgraphic Office Intrductin The Land Infrmatin New Zealand Tpgraphic Strategy will prvide directin fr the cllectin and maintenance
Validation of Geant4 Hadronic Physics
Validatin f Geant4 Hadrnic Physics J. Beringer, G. Flger, F. Giantti, A. Ribn, J.P. Wellisch, CERN D. Barberis, M. Cervett, B. Osculati, Gena University and INFN Abstract Recent wrk n the validatin f Geant4
Status of the PRad Experiment (E )
Status of the PRad Experiment (E12-11-106) NC A&T State University for the PRad collaboration Outline PRad Physics goals ep-scattering and the proton radius PRad experiment experimental setup development
Wide-Angle Compton Scattering up to 10 GeV
γp -> γp Wide-Angle Compton Scattering up to 10 GeV B. Wojtsekhowski Outline WACS physics WACS method and results Next WACS measurements Proposed measurements with NPD/HMS JLab, January 24, 2013 WACS in
First look at the TLEP Physics Case
First lk at the TLEP Physics Case http://arxiv.rg/abs/1308.6176 Patrizia Azzi INFN Padva Fr the TLEP Design Study Grup tlep.web.cern.ch The Higgs must be studied with the best precisin we can muster Nigel
Chapter 23 Electromagnetic Waves Lecture 14
Chapter 23 Electrmagnetic Waves Lecture 14 23.1 The Discvery f Electrmagnetic Waves 23.2 Prperties f Electrmagnetic Waves 23.3 Electrmagnetic Waves Carry Energy and Mmentum 23.4 Types f Electrmagnetic
Hall C Users Meeting. January 22-23, 2010
Hall C Users Meeting January 22-23, 2010 Experiments completed in last year Exp Title Spin Asymmetries of the Nucleon Experiment E07-003 (SANE) Spokespersons S. Choi, M. Jones, Z. E. Meziani, O. Rondon
Deeply Virtual Compton Scattering and Meson Production at JLab/CLAS
Deeply Virtual Compton Scattering and Meson Production at JLab/CLAS Hyon-Suk Jo for the CLAS collaboration IPN Orsay PANIC 2011 M.I.T. Cambridge - July 25, 2011 19th Particles & Nuclei International Conference
Simulation for Proton Charge Radius (PRad) Experiment at Jefferson Lab1 Li Ye Mississippi State University For the PRad Collaboration The Proton Charg
Simulation for Proton Charge Radius (PRad) Experiment at Jefferson Lab1 Li Ye Mississippi State University For the PRad Collaboration The Proton Charge Radius Puzzle refers to 7 σ discrepancy between the
NGSS High School Physics Domain Model
NGSS High Schl Physics Dmain Mdel Mtin and Stability: Frces and Interactins HS-PS2-1: Students will be able t analyze data t supprt the claim that Newtn s secnd law f mtin describes the mathematical relatinship
Transverse Target Asymmetry in Exclusive Charged Pion Production at 12 GeV
Transverse Target Asymmetry in Exclusive Charged Pion Production at 12 GeV Dipangkar Dutta Mississippi State University (with Dave Gaskell & Garth Huber) Polarized Target Workshop: June 17-18, 2010 Outline
QTC Pisa up-date. STM & HPK Sensors received from : December 03-February. 04 Qualification Summary and preliminary acceptance Company data comparison
QTC Pisa up-date STM & HPK Sensrs received frm : December 03-February 04 Qualificatin Summary and preliminary acceptance Cmpany data cmparisn L.Brrell, D.Kartashv, A.Messine, G.Segneri, D.Sentenac March
Latest results from the XENON Program
Rencntres de Mrind 2013 Latest results frm the XENON Prgram Maxime Le Callch, On behalf f the XENON Cllabratin Very High Energy Phenmena in the Universe Rencntres de Mrind 2013, VHEPU The XENON cllabratin:
Neutron DVCS. Carlos Muñoz Camacho. IPN-Orsay, CNRS/IN2P3 (France)
Neutron DVCS Carlos Muñoz Camacho IPN-Orsay, CNRS/IN2P3 (France) Next generation of nuclear physics with JLab12 and EIC Florida International University February 10 13, 2016 Carlos Muñoz Camacho (IPN-Orsay)
Wide Angle, Exclusive Photoproduction of π 0 Mesons
A Proposal to JLab PAC 42, a companion to the WACS Proposal Wide Angle, Exclusive Photoproduction of π 0 Mesons J. Dunne, D. Dutta (Co-spokesperson and contact person), L. El Fassi, J. Madsen, A Narayan,
Wide-Angle Compton Scattering and Pion photo-production
γp -> γp Wide-Angle Compton Scattering and Pion photo-production B. Wojtsekhowski, for the NPS/WACS/Pion collaboration Outline WACS proposal update (David&Simon) Pion proposal formulation (Dipangkar) Experimental
(A proposal to the Jefferson Lab PAC40) Wide-angle Compton scattering at 8 and 10 GeV photon energies
(A proposal to the Jefferson Lab PAC40) Wide-angle Compton scattering at 8 and 10 GeV photon energies D. J. Hamilton (co-spokesperson), J.R.M. Annand, D.G. Ireland, K. Livingston, I.J.D. MacGregor, B.
MODULE 1. e x + c. [You can t separate a demominator, but you can divide a single denominator into each numerator term] a + b a(a + b)+1 = a + b
![MODULE 1. e x + c. [You can t separate a demominator, but you can divide a single denominator into each numerator term] a + b a(a + b)+1 = a + b](/thumbs/78/78051685.jpg "MODULE 1. e x + c. [You can t separate a demominator, but you can divide a single denominator into each numerator term] a + b a(a + b)+1 = a + b")
. REVIEW OF SOME BASIC ALGEBRA MODULE () Slving Equatins Yu shuld be able t slve fr x: a + b = c a d + e x + c and get x = e(ba +) b(c a) d(ba +) c Cmmn mistakes and strategies:. a b + c a b + a c, but
Deeply Virtual Compton Scattering on the Neutron with CLAS12 at 11 GeV
New Research Prpsal t Jeffersn Lab PAC 7 Deeply Virtual Cmptn Scattering n the Neutrn with CLAS1 at 11 GeV A. Fradi, B. Guegan, M. Guidal, S. Nicclai 1,, S. Pisan, D. Skhan Institut de Physique Nucléaire
Proposal Physics Contact Rating Days Group New equipment Energy Run Group Target
Run Groups Proposal Physics Contact Rating Days Group New equipment Energy Run Group Target E12-06-8 Hard exclusive electro-production of π 0, η Stoler B 80 E12-06-8A Exclusive N*->KY Studies with CLAS12
Measurements with Polarized Hadrons
Aug 15, 003 Lepton-Photon 003 Measurements with Polarized Hadrons T.-A. Shibata Tokyo Institute of Technology Contents: Introduction: Spin of Proton Polarized Deep Inelastic Lepton-Nucleon Scattering 1.
Photoproduction of Mesons off the Deuteron
Phtprductin f Mesns ff the Deutern B. Krusche and I. Jaegle Department f Physics, University f Basel, Ch-456 Basel, Switzerland fr the CBELSA/TAPS cllabratin Phtprductin f mesns ff the deutern has been
arxiv: v3 [hep-ex] 4 Feb 2018
![arxiv: v3 [hep-ex] 4 Feb 2018](/thumbs/93/117998494.jpg "arxiv: v3 [hep-ex] 4 Feb 2018")
Prepared fr submissin t JHEP Searching fr a dark phtn: Prject f the experiment at VEPP arxiv:1708.07901v [hep-ex] 4 Feb 018 B. Wjtsekhwski a G.N. Baranv b M.F. Blinv b E.B. Levichev b,c S.I. Mishnev b
Homework-6 Due:
Applied Optics H-464/564 ECE 594 rtland State niversity A. La Rsa Hmewrk-6 Due: 05-26-2016 1. Quarter wave plates and half wave plates The figures belw shw a calcite crystal plate lcated at the crdinate
The Hall C Spin Program at JLab
The Hall C Spin Program at JLab Karl J. Slifer University of Virginia For the RSS collaboration We discuss the preliminary results of the Resonant Spin Structure (RSS) experiment and outline future spin-dependent
Experimental investigation of the nucleon transverse structure
Electron-Nucleus Scattering XIII Experimental investigation of the nucleon transverse structure Silvia Pisano Laboratori Nazionali di Frascati INFN. The unsolved proton How do the lagrangian degrees of
He Spin Filter for Neutrons
[J. Res. Natl. Inst. Stand. Technl. 110, 293-298 (2005)] He Spin Filter fr Neutrns Vlume 110 Number 3 May-June 2005 M. Batz, S. BaeBler, W. Heil, E. W. Otten, D. Rudersdrf, J. Schmiedeskamp, Y. Sblev,
Kaon Photoproduction Results from CLAS
Kaon Photoproduction Results from CLAS D. G. Ireland 9-13 November 2009 INT-Jlab Workshop on Hadron Spectroscopy 0 Missing Baryon Resonances 1 Resonance Hunting Total Cross-sections + differential cross-sections
Interference is when two (or more) sets of waves meet and combine to produce a new pattern.
Interference Interference is when tw (r mre) sets f waves meet and cmbine t prduce a new pattern. This pattern can vary depending n the riginal wave directin, wavelength, amplitude, etc. The tw mst extreme
Experimental Overview Generalized Parton Distributions (GPDs)
Experimental Overview Generalized Parton Distributions (GPDs) Latifa Elouadrhiri Jefferson Lab Lattice Hadron Physics July 31 August 3, 2006 Outline Generalized Parton Distributions - a unifying framework
Lake Houston Area Grassroots. Flood Prevention Initiative
Lake Hustn Area Grassrts Fld Preventin Initiative Agenda Welcme Bnd Electin Recap Lwering f Lake Cnre and Lake Hustn Update n Status f Lake Hustn Dam Gate Prject Dredging Prject Update / West Frk Muth
A New Evaluation Measure. J. Joiner and L. Werner. The problems of evaluation and the needed criteria of evaluation
III-l III. A New Evaluatin Measure J. Jiner and L. Werner Abstract The prblems f evaluatin and the needed criteria f evaluatin measures in the SMART system f infrmatin retrieval are reviewed and discussed.
Guide to Using the Rubric to Score the Klf4 PREBUILD Model for Science Olympiad National Competitions
Guide t Using the Rubric t Scre the Klf4 PREBUILD Mdel fr Science Olympiad 2010-2011 Natinal Cmpetitins These instructins are t help the event supervisr and scring judges use the rubric develped by the
11. DUAL NATURE OF RADIATION AND MATTER
11. DUAL NATURE OF RADIATION AND MATTER Very shrt answer and shrt answer questins 1. Define wrk functin f a metal? The minimum energy required fr an electrn t escape frm the metal surface is called the
Transversity experiment update
Transversity experiment update Hall A collaboration meeting, Jan 20 2016 Xuefei Yan Duke University E06-010 Collaboration Hall A collaboration The Incomplete Nucleon: Spin Puzzle 1 2 = 1 2 ΔΣ + L q + J
Proceedings of the Twelfth International Conference on Cyclotrons and their Applications, Berlin, Germany
PRODUCTON OF 7Be FROM A HEAVY ON CYCLOTRON: A NEW TOOL FOR WEAR STUDES* M. L. Mallry, R.M. Rnningen, Wm. C. McHarris & B. Sherrill Natinal Supercnducting Cycltrn Labratry, Michigan State University, East
Mathematics and Computer Sciences Department. o Work Experience, General. o Open Entry/Exit. Distance (Hybrid Online) for online supported courses
SECTION A - Curse Infrmatin 1. Curse ID: 2. Curse Title: 3. Divisin: 4. Department: 5. Subject: 6. Shrt Curse Title: 7. Effective Term:: MATH 70S Integrated Intermediate Algebra Natural Sciences Divisin
FT- cal reconstruction: energy corrections
FT- cal recnstructin: energy crrectins Lucilla Lanza, Ph. D. student Advisr: prf. Annalisa D Angel University f Rme, Tr Vergata INFN 3 Octber 15 Outline Optimizatin the FT- Cal cluster recnstructin algrithm
Chapter 3: Cluster Analysis
Chapter 3: Cluster Analysis } 3.1 Basic Cncepts f Clustering 3.1.1 Cluster Analysis 3.1. Clustering Categries } 3. Partitining Methds 3..1 The principle 3.. K-Means Methd 3..3 K-Medids Methd 3..4 CLARA
User Guide: Operation of ActiveAhead Mobile Application
1 (11) User Guide: Operatin f ActiveAhead Mbile Applicatin The ActiveAhead mbile applicatin allws yu t adjust the luminaire parameters f an ActiveAhead slutin. T use this applicatin yu must have an apprved
CHAPTER 17 COMPOSITES
CHAPTER 17 COMPOSITES EXERCISE 64, Page 373 1. Calculate the stiffness matrix (Q) and derive the (A), (B) and (D) matrices fr a sheet f aluminium 1 mm thick. The fllwing material prperties can be assumed:
A Pure Photon Source for use with Solid Polarized Targets Progress Report UVa Option
A Pure Photon Source for use with Solid Polarized Targets Progress Report UVa Option Donal Day, Dustin Keller, Darshana Perera, Jixie Zhang and friends NPS Collaboration Meeting January 19, 2017 Jefferson
d sinθ = mλ Interference and diffraction double slit or diffraction grating d sinθ = mλ d sinθ is the path difference x (small angle approximation)
Wave Optics Wave prperties f light The clrs in a rainbw are ROY G. BIV (Red, range, yellw, green, blue, indig, vilet). White light is a cmbinatin f all clrs Black is the absence f light Wavelength determines
Verification of NIMs Baseline Data Reports and Methodology Reports
hzkwekdd/^^/ke /ZdKZd 'EZ> >/Ddd/KE / D ' d h d^ dddd Verificatin f NIMs Baseline Data Reprts and Methdlgy Reprts & dd dddd d d /EdZKhd/KE d > Z d / d K d d ZK'E/d/KEK&sZ/&/Z^ d d e d d,sz/&/d/kewzk^^
How do scientists measure trees? What is DBH?
Hw d scientists measure trees? What is DBH? Purpse Students develp an understanding f tree size and hw scientists measure trees. Students bserve and measure tree ckies and explre the relatinship between
HIGH ENERGY NEUTRINO PHYSICS (Ev > ZO BeV) AND THE CONSTRAINTS PLACED ON THE DETECTORS. M. L. Stevenson Lawrence Radiation Laboratory ABSTRACT
SS-74 Z610.1 HGH ENERGY NEUTRNO PHYSCS (Ev > ZO BeV) AND THE CONSTRANTS PLACED ON THE DETECTORS M. L. Stevensn Lawrence Radiatin Labratry ABSTRACT Tw classes fhigh -energy neutrin experiments were cnsidered:
MODULE FOUR. This module addresses functions. SC Academic Elementary Algebra Standards:
MODULE FOUR This mdule addresses functins SC Academic Standards: EA-3.1 Classify a relatinship as being either a functin r nt a functin when given data as a table, set f rdered pairs, r graph. EA-3.2 Use
K + Physics at J-PARC
Takeshi K. Komatsubara (KEK-IPNS) 1 K + Physics at J-PARC K + Physics at J-PARC Takeshi K. Komatsubara (KEK-IPNS) 2005.May.26 K - RARE Meeting at INFN, Frascati Takeshi K. Komatsubara (KEK-IPNS) 2 K +
CESAR Science Case The differential rotation of the Sun and its Chromosphere. Introduction. Material that is necessary during the laboratory
Teacher s guide CESAR Science Case The differential rtatin f the Sun and its Chrmsphere Material that is necessary during the labratry CESAR Astrnmical wrd list CESAR Bklet CESAR Frmula sheet CESAR Student
Tensor Asymmetry A zz Jefferson Lab
Tensor Asymmetry A zz at Jefferson Lab Elena Long Tensor Spin Observables Workshop Jefferson Lab March 11 th, 2014 1 Today s Discussion Overview of the Physics Rates Calculation Experimental Set-up Potential
Recoil Polarisation Measurements in Meson Photoproduction
Recoil Polarisation Measurements in Meson Photoproduction Polarisation Observables and Partial Wave Analysis Bad Honnef 2009 Derek Glazier, D.P. Watts University of Edinburgh Helpful for PWA At least 8
The Longitudinal Photon, Transverse Nucleon, Single-Spin Asymmetry in Exclusive Pion Production
The Longitudinal Photon, Transverse Nucleon, Single-Spin Asymmetry in Exclusive Pion Production Garth Huber SoLID Collaboration, Jefferson Lab, May 15, 2015. Complementarity of Different Reactions Deep
Transverse Momentum Dependence of Semi-Inclusive Pion and Kaon Production
(Resubmission of E12-09-017 to Jefferson Lab PAC 37) Transverse Momentum Dependence of Semi-Inclusive Pion and Kaon Production December 1, 2010 A. Asaturyan, A. Mkrtchyan, H. Mkrtchyan (spokesperson),
Interdisciplinary Physics Example Cognate Plans
Interdisciplinary Physics Example Cgnate Plans The Interdisciplinary Physics cncentratin allws students substantial flexibility t define the thematic fcus f their study. This flexibility cmes with a respnsibility;
Progress of new spectrometer for Hall A
Progress of new spectrometer for Hall A Bogdan Wojtsekhowski, JLab for the SBB collaboration A concept Proton Form Factors ratio Key new detectors Organizational Structure Group meeting on 5/8/08 Multi
Fundamental Concepts in Structural Plasticity
Lecture Fundamental Cncepts in Structural Plasticit Prblem -: Stress ield cnditin Cnsider the plane stress ield cnditin in the principal crdinate sstem, a) Calculate the maximum difference between the
Status report of Hermes
Status report of Hermes Delia Hasch Physics Research Committee, DESY Oct 27/28 2004 Spin physics: finalised and new results on: inclusive, semi-inclusive and exclusive measurements nuclear effects data
Weathering. Title: Chemical and Mechanical Weathering. Grade Level: Subject/Content: Earth and Space Science
Weathering Title: Chemical and Mechanical Weathering Grade Level: 9-12 Subject/Cntent: Earth and Space Science Summary f Lessn: Students will test hw chemical and mechanical weathering can affect a rck
HERA. Daniel Pitzl, DESY FH1 WA HERA running Status of the experiments Selected physics results. HERA and LHC
HERA Daniel Pitzl, DESY FH1 WA 23.5.2006 HERA running Status of the experiments Selected physics results FL HERA and LHC 1 Luminosity collection H1 luminosity 2005-2006 2005 was HERA's best year so far!
Beam Test Result for a Prototype PbWO 4 Calorimeter. by Matthew Reece
Beam Test Result for a Prototype PbWO 4 Calorimeter by Matthew Reece PrimEx experiment The goal of the PrimEx collaboration is to determine the lifetime of the π 0 particle with greater accuracy than ever
CLASS. Fractions and Angles. Teacher Report. No. of test takers: 25. School Name: EI School. City: Ahmedabad CLASS 6 B 8709
SEPTEMBER 07 Math Fractins and Angles CLASS 6 Teacher Reprt Test Taken 4 5 6 7 8 Schl Name: EI Schl City: Ahmedabad CLASS SECTION EXAM CODE 6 B 8709 N. f test takers: 5 6.5 Average.5 9.0 Range (Scres are
- *Figure of chemical shift ranges for different types of P (see links)*
Intrductin Cnceptually the same as 1 H NMR 31 P nucleus istpic abundance 100% prevalent like 1 H Nuclear spin ½ relatively easy t interpret Excellent technique fr studying phsphrus cntaining cmpunds: rganic
between 45 and 790 MeV
Nuclear Instruments and Methds in Physics Research A 346 (1994) 168-176 Nrth-Hlland ========~.~.:!l!i!!', NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH Sectin A Respnse f TAPS t mnchrmatic between