'Sin 2' presentation slideshows

New Hadron Spectroscopies

945 views • 76 slides

Outline

830 views • 55 slides

Accelerator and Detector

Accelerator and Detector. KEK-B accelerator. Two separate rings: 8GeV(e - )/3.5GeV(e + ). Finite crossing angle. Design luminosity = 10 34 cm -2 sec -1. Achieved lum =1.06 ? 10 34 cm -2 sec -1. Belle logged: 158 fb -1. KEKB Collider.

627 views • 54 slides

FIT 1005 Networks & Data Communications

718 views • 50 slides

A New Experiment To Measure ? 13

A New Experiment To Measure ? 13. David Reyna Argonne National Laboratory. CKM Matrix. MNS Matrix. 3 Flavor Mixing Matrix. Mixing Angles. Matrix Components: 3 Euler Angles ( ? 12 ; ? 13 ; ? 23 ) 1 CP phase ( ? ) (+2 Majorana Phases). Atmospheric ( ? ? ?? x ). Solar ( ? e ?? x ).

1.09k views • 46 slides

DIS-Parity 12 GeV

638 views • 28 slides

Ilana HARRUS (USRA/NASA/GSFC)

369 views • 27 slides

Daya Bay Reactor Neutrino Experiment

Daya Bay Reactor Neutrino Experiment. Even More. Bob McKeown (for the Daya Bay collaboration) California Institute of Technology. Precise Measurement of q 13. DOANOW, Honolulu, Hawaii, March 24, 2007. Outline. Physics Motivation Requirements The Daya Bay experiment Layout

435 views • 27 slides

392 views • 25 slides

CHE-20031 ( S tructural I norganic C hemistry) X-ray Diffraction & Crystallography lecture 2

CHE-20031 ( S tructural I norganic C hemistry) X-ray Diffraction & Crystallography lecture 2. Dr Rob Jackson LJ1.16, 01782 733042 r.a.jackson@keele.ac.uk www.facebook.com/robjteaching Twitter: #che20031. X-ray Diffraction & Crystallography: lecture 2 plan.

525 views • 19 slides

Warm Up

258 views • 18 slides

Reynolds-Averaged Navier -Stokes Equations -- RANS

736 views • 17 slides

360 views • 14 slides

Ch 2 - Fundamentals of Seismic Exploration I. Seismic waves and wave propagation

Ch 2 - Fundamentals of Seismic Exploration I. Seismic waves and wave propagation view waves as emanating spherically from a point source pebble in water earthquake we need to know about: wave type (surface vs body) factors controlling transmission of energy wave speed

399 views • 13 slides

ABSOLUTE MOTION ANALYSIS (Section 16.4)

635 views • 13 slides

Credit revision Q 1

Credit revision Q 1. What is the sine rule ?. Credit revision Q 2. What three processes do you go through in order to factorise a quadratic ?. Credit revision Q 3. What is sin x cos x equal to ?. Credit revision Q 4. How do you solve equations of the form

337 views • 12 slides

534 views • 12 slides

Sine and Cosine graphs

224 views • 10 slides

Matlab - Fourier Analysis

Matlab - Fourier Analysis. ??????? ????? FFT & ??. Fourier Transform. ???? ?? Fourier Transform ???. ???? ?? Fourier Transform ??? DTFT??. Fourier Transform. ?? ? Discrete Fourier transform ??? DTFT??. ?? ? Discrete Fourier Transform ??? DFT??. Compare DTFT & DFT.

346 views • 10 slides

The Debye-Waller factor Start w/ structure factor F hkl = ? f n exp (2 ? i r * ? r n )

The Debye-Waller factor Start w/ structure factor F hkl = ? f n exp (2 ? i r * ? r n ). hkl. unit cell. S / ?. (S -S o )/ ?. 2 ?. S o / ?. | r *| = | s - s o |/ ? = (2 sin ? )/ ?. r * = ( s - s o )/ ? = h a * + k b * + l c * r = x a + y b + z c. For small ? r n

326 views • 7 slides