Presentation is loading. Please wait.

Presentation is loading. Please wait.

Data Analysis for 23 Al Experiment Kun Wang. Data Analysis for 23 Al Experiment  Background  Experiment  Reaction cross section  P.I.  Transmission.

Published byMarcia Anabel Jones Modified over 8 years ago

Similar presentations

Presentation on theme: "Data Analysis for 23 Al Experiment Kun Wang. Data Analysis for 23 Al Experiment  Background  Experiment  Reaction cross section  P.I.  Transmission."— Presentation transcript:

1 Data Analysis for 23 Al Experiment Kun Wang

2 Data Analysis for 23 Al Experiment  Background  Experiment  Reaction cross section  P.I.  Transmission  Results & Gate dependence  Parallel momentum distribution  P.I. for fragments  Results & Gate dependence  Summary 20-1

3 Background:  Measurement of reaction cross section enhanced  R @ ~30A MeV measured on RIBLL  Measurement of longitudinal momentum distribution no experimental measurement 20-2

4 20-3 Apr. 8 ~ Apr. 14, 2004 8 RIKEN

5 Experimental Setup at RIPS  Primary Beam: 135A MeV 28 Si  Machine Time: 6 days (Apr. 8 ~ Apr. 14, 2004)  Secondary Beam: ~70A MeV 23 Al etc @ F2 target  P.I. Method: B  -TOF-  E (before target), TOF-  E-E (after target) 20-4

6 Particle Identification before target Z vs. A/Z 23 Al 22 Mg 25 Si 24 Al 21 Na 20-5

7 23 Al Reaction cross sections 20-6

8 Particle Identification after target: Z 20-7

9 Particle identification after target: A 20-8

10 Transmission: target-in 20-9

11 Transmission: target-out 20-10

12

13

14 Reaction cross section can be obtained by formula below: where t is the thickness of target, N BC counts of projectile nuclei before target, N AC after target, 1 for target-in data and, 2 for target-out data. Transmission Gate width at F3 Gate dependence Transmission dependence 20-11

15 23 Al Parallel momentum distributions 20-12

16 Particle Identification after target: Z 20-13

17 Particle Identification after target: A 20-14

18 Tof23 correction tof23=tof23-f*F1ppac_x tof23=tof23-f*(a*F1ppac_x+b*F2ppacb_x) ( a 2 +b 2 =1 ) f=0.0276 a=0.917 20-15

19 F b = F o * P i / P o P o // folded by a gauss function  P i // P oF // folded by a gauss function  P b // F b /P i = F o / P o 20-16

20 Gate dependence Gate width at F3 Transmission 20-17

21 Summary  23 Al,  R =1618  47, FWHM (P // ) = 233  14 MeV/c  22 Mg,  R =1585  222, FWHM (P // ) = 310  20 MeV/c  21 Na,  R = ?, FWHM (P // ) = 236  32 MeV/c  25 Si,  R =1400  73, FWHM (P // ) = ?  24 Al,  R =1350  60, FWHM (P // ) = 230  10 MeV/c 20-18 23Al J  =5/2 + (new results by T Nagatomo @ RIPS 2005) Preliminary

22 20-19 The reaction cross section of 23Al can be described when the core size is enlarged

23 Thanks! 20-20

Download ppt "Data Analysis for 23 Al Experiment Kun Wang. Data Analysis for 23 Al Experiment  Background  Experiment  Reaction cross section  P.I.  Transmission."

Similar presentations

Preliminary studies for T2 primary target for the NA61 fragmentation beam run 11 th October 2010 – NA61 Collaboration Meeting M. Calviani on behalf of.

Preliminary studies for T2 primary target for the NA61 fragmentation beam run 11 th October 2010 – NA61 Collaboration Meeting M. Calviani on behalf of.
Expected counting rates. FRS experimental setup Total load is limited by SC1 and MUSIC1.

Expected counting rates. FRS experimental setup Total load is limited by SC1 and MUSIC1.
Invariant-mass spectroscopy of neutron halo nuclei Takashi Nakamura 中村隆司 Tokyo Institute of Technology 東京工業大学 中日 NP 06, Shanghai.

Invariant-mass spectroscopy of neutron halo nuclei Takashi Nakamura 中村隆司 Tokyo Institute of Technology 東京工業大学 中日 NP 06, Shanghai.
Proton Inelastic Scattering on Island-of-Inversion Nuclei Shin’ichiro Michimasa (CNS, Univ. of Tokyo) Phy. Rev. C 89, 054307 (2014)

Proton Inelastic Scattering on Island-of-Inversion Nuclei Shin’ichiro Michimasa (CNS, Univ. of Tokyo) Phy. Rev. C 89, (2014)
Isospin effect in the projectile fragmentation of calcium isotopes and a possible experimental observable? Chun-Wang Ma Department of Physics, Henan Normal.

Isospin effect in the projectile fragmentation of calcium isotopes and a possible experimental observable? Chun-Wang Ma Department of Physics, Henan Normal.
7 - 11 June 2004L. Benussi - DAFNE 2004 First results on hyper-nuclear spectroscopy from the FINUDA experiment at DANE Luigi Benussi INFN, Laboratori.

June 2004L. Benussi - DAFNE 2004 First results on hyper-nuclear spectroscopy from the FINUDA experiment at DANE Luigi Benussi INFN, Laboratori.
Precise neutron inelastic cross section measurements A.Negret 1 1 “Horia Hulubei” National Institute for Physics and Nuclear Engineering, Bucharest, ROMANIA.

Precise neutron inelastic cross section measurements A.Negret 1 1 “Horia Hulubei” National Institute for Physics and Nuclear Engineering, Bucharest, ROMANIA.
The PEPPo e - & e + polarization measurements E. Fanchini On behalf of the PEPPo collaboration POSIPOL 2012 Zeuthen 4-6 September E. Fanchini -Posipol.

The PEPPo e - & e + polarization measurements E. Fanchini On behalf of the PEPPo collaboration POSIPOL 2012 Zeuthen 4-6 September E. Fanchini -Posipol.
N. Saito The RISING stopped beam physics meeting Technical status of RISING at GSI N. Saito - GSI for the RISING collaboration Introduction Detector performance.

N. Saito The RISING stopped beam physics meeting Technical status of RISING at GSI N. Saito - GSI for the RISING collaboration Introduction Detector performance.
Fragmentation mechanisms for Methane induced by electron impact

Fragmentation mechanisms for Methane induced by electron impact
Medium heavy Λ hyper nuclear spectroscopic experiment by the (e,e’K + ) reaction Graduate school of science, Tohoku University Toshiyuki Gogami for HES-HKS.

Medium heavy Λ hyper nuclear spectroscopic experiment by the (e,e’K + ) reaction Graduate school of science, Tohoku University Toshiyuki Gogami for HES-HKS.
Reaction cross sections of unstable nuclei Contents What is reaction cross section (  R )?  R Effective matter density distributions of unstable nuclei.

Reaction cross sections of unstable nuclei Contents What is reaction cross section (  R )?  R Effective matter density distributions of unstable nuclei.
Lambda hypernuclear spectroscopy at JLab Hall-C Graduate School of Science, Tohoku University Toshiyuki Gogami for the HES-HKS collaboration 1.Introduction.

Lambda hypernuclear spectroscopy at JLab Hall-C Graduate School of Science, Tohoku University Toshiyuki Gogami for the HES-HKS collaboration 1.Introduction.
Development of slowed down beams at GSI P.Boutachkov GSI Physics objectives Proposed solution Test experiments Future Test setup for slowed down beams.

Development of slowed down beams at GSI P.Boutachkov GSI Physics objectives Proposed solution Test experiments Future Test setup for slowed down beams.
A scintillation detector for neutrons below 1 MeV with gamma-ray rejection Scintillators are 3 mm BC408, 10 layers total Adjacent layers are optically.

A scintillation detector for neutrons below 1 MeV with gamma-ray rejection Scintillators are 3 mm BC408, 10 layers total Adjacent layers are optically.
The Inverse Kinematics Resonance Elastic Scattering Reaction of 10,11,12 Be+p Liu Yingdu( 刘应都 ) PHD candidate Advisor ： Wang Hongwei, Ma Yugang 2013.01.10.

The Inverse Kinematics Resonance Elastic Scattering Reaction of 10,11,12 Be+p Liu Yingdu( 刘应都 ) PHD candidate Advisor ： Wang Hongwei, Ma Yugang
Proton resonance scattering of 7 Be H. Yamaguchi, Y. Wakabayashi, G. Amadio, S. Kubono, H. Fujikawa, A. Saito, J.J. He, T. Teranishi, Y.K. Kwon, Y. Togano,

Proton resonance scattering of 7 Be H. Yamaguchi, Y. Wakabayashi, G. Amadio, S. Kubono, H. Fujikawa, A. Saito, J.J. He, T. Teranishi, Y.K. Kwon, Y. Togano,
1 10/15/2015 Cuie Wu School of Physics, Peking University Neutron removal reactions of 17 C Cuie Wu et al., JPG31(2005)39.

1 10/15/2015 Cuie Wu School of Physics, Peking University Neutron removal reactions of 17 C Cuie Wu et al., JPG31(2005)39.
23 July 2010FLNR Dubna Summer Students Practice Flerov Laboratory of Nuclear Reactions, JINR, Dubna 2010 JINR, Dubna 2010 Studies with radioactive ion.

23 July 2010FLNR Dubna Summer Students Practice Flerov Laboratory of Nuclear Reactions, JINR, Dubna 2010 JINR, Dubna 2010 Studies with radioactive ion.
Neutron transfer reactions at large internuclear distances studied with the PRISMA spectrometer and the AGATA demonstrator.

Neutron transfer reactions at large internuclear distances studied with the PRISMA spectrometer and the AGATA demonstrator.

Similar presentations

Ads by Google