'Incident beam' presentation slideshows

Rietveld Refinement with GSAS

2.01k views • 83 slides

Chapter 15

411 views • 41 slides

Searches for Physics Beyond the Standard Model

522 views • 40 slides

Progresses and prospects of Nuclear Analysis technique (NAT)

Progresses and prospects of Nuclear Analysis technique (NAT). Nuclear Physics in Science Business Belt: Future Heavy Ion Accelerator in Korea November 15, 2008 M. Youn Electrostatic Accelerator Research Center, Seoul National University. Contents. Introduction NAT? PIXE

475 views • 34 slides

Diffraction Basics II: Intensities

Diffraction Basics II: Intensities. EPS400-002 Introduction to X-ray Powder Diffraction Jim Connolly, Spring 2012. Intensity variations in Diffraction Data. Locations of diffraction peaks are related to d-spacings of families of lattice planes

924 views • 28 slides

?-capture measurements with the Recoil-Separator ERNA

402 views • 28 slides

?-capture measurements with the Recoil-Separator ERNA

281 views • 28 slides

POSITRON SOURCES USING CHANNELING FOR ILC & CLIC

POSITRON SOURCES USING CHANNELING FOR ILC & CLIC. R.Chehab, X.Artru, M.Chevallier, IPNL/IN2P3/CNRS, Universite Lyon 1 A.Variola, A.Vivoli, LAL/IN2P3/CNRS, Universite Paris-Sud V.M.Strakhovenko, BINP-Novosibirsk L.Rinolfi, CERN. POSITRON SOURCES USING CHANNELING FOR ILC & CLIC. INTRODUCTION

423 views • 27 slides

POSITRON SOURCES USING CHANNELING FOR ILC & CLIC

POSITRON SOURCES USING CHANNELING FOR ILC & CLIC. R.Chehab, X.Artru, M.Chevallier, IPNL/IN2P3/CNRS, Universite Lyon 1 A.Variola, A.Vivoli, LAL/IN2P3/CNRS, Universite Paris-Sud V.M.Strakhovenko, BINP-Novosibirsk L.Rinolfi, CERN. POSITRON SOURCES USING CHANNELING FOR ILC & CLIC. INTRODUCTION

280 views • 27 slides

459 views • 26 slides

?-capture measurements with a Recoil-Separator

323 views • 25 slides

408 views • 24 slides

Ion beam Analysis

Ion beam Analysis. Joele Mira from UWC and iThemba LABS Tinyiko Maluleke from US Supervisor: Dr. Alexander Kobzev. Contents. Descriptions of Van de Graaf Rutherford back-scattering (RBS) RBS and Elastic recoil detection (ERD) RBS and Proton induced X-ray emission (PIXE) Conclusion.

641 views • 18 slides

642 views • 17 slides

X-Ray Diffraction

605 views • 17 slides

Recoil charge state distributions in 12 C( a,g ) 16 O at DRAGON

Recoil charge state distributions in 12 C( a,g ) 16 O at DRAGON. Joel Zylberberg Simon Fraser University TRIUMF Student Symposium Aug. 2, 2006. Astrophysical importance of 12 C( a,g ) 16 O. The DRAGON to study nuclear astrophysics

279 views • 15 slides

W. M. Snow Physics Department Indiana University/IUCF EDM collab meeting

Monitoring the Cold Neutron Beam (During Experiment). W. M. Snow Physics Department Indiana University/IUCF EDM collab meeting. What to measure (fluence [=n/sec], polarization) How to measure (some ideas)

234 views • 15 slides

Beers Law for a Single Component Sample

Beers Law for a Single Component Sample. b. I 0. I. A = Absorbance = - log 10. I / I 0. I 0 = Incident beam intensity I = Transmitted beam intensity. b = Optical path length c = Solution Concentration (M/L) ? = Molar Absorptivity (L/M cm). Atomic Absorption Spectrometry.

372 views • 14 slides

Some features of NV.

197 views • 11 slides

The Ray Box: Part One

The Ray Box: Part One. Law of Reflection. The law of reflection for light states that when light is incident on a specular reflecting surface the angle of incidence is equal to the angle of reflection. A specular reflector is a mirror-like reflector. Normal. Incident Beam. Reflected Beam.

186 views • 3 slides