'Orbital angular momentum' diaporamas de présentation

CHM2S1-A Introduction to Quantum Mechanics Dr R. L. Johnston

THE UNIVERSITY OF BIRMINGHAM. CHM2S1-A Introduction to Quantum Mechanics Dr R. L. Johnston. II: Quantum Mechanics of Atoms and Molecules 5. Electronic Structures of Atoms 5.1 The hydrogen atom and hydrogenic ions. 5.2 Quantum numbers. 5.3 Orbital angular momentum.

1.82k views • 61 slides

Parton-Hadron Transition in Nuclear Physics

750 views • 59 slides

A.A.Petrukhin National Research Nuclear University MEPhI, Moscow, Russia

New ideas about cosmic ray investigations above the knee. A.A.Petrukhin National Research Nuclear University MEPhI, Moscow, Russia. Contents : Introduction. Cosmophysical approach. Nuclear-physical approach. Explanation of unusual events in CR. Role of nuclei-nuclei interactions.

729 views • 57 slides

The role of orbital angular momentum in the internal spin structure of the nucleon

The role of orbital angular momentum in the internal spin structure of the nucleon. M. Wakamatsu (Osaka University) : PACSPIN-07. based on collaboration with Y. Nakakoji, H. Tsujimoto. Plan of Talk. 1. Current status of nucleon spin problem

715 views • 53 slides

Recent works on orbital angular momentum

Recent works on orbital angular momentum. Masashi Wakamatsu , Osaka University. Transversity 2011, September, 2011, Veli Losinj, Croatia. Plan of Talk. 1. Introduction 2. Model-independent complete decomposition of the nucleon spin

622 views • 46 slides

Wigner Distributions in Light-Cone Quark Models

557 views • 33 slides

Wigner Distributions in Light-Cone Quark Models

452 views • 31 slides

9. Direct reactions - for example direct capture:

427 views • 30 slides

Spin of the proton and its transverse spin structure at RHIC

453 views • 29 slides

Chapter 40 All About Atoms

Chapter 40 All About Atoms

425 views • 26 slides

CHEM2915

363 views • 21 slides

Lectures 5-6: Magnetic dipole moments

Lectures 5-6: Magnetic dipole moments. Orbital dipole moments. Orbital precession. Spin-orbit interaction. Stern-Gerlach experiment. Total angular momentum. Fine structure, hyperfine structure of H and Na. Chapter 8 of Eisberg & Resnick. Sodium D-line doublet.

1.23k views • 19 slides

Nuclear reactions

Nuclear reactions. 1) Introduction 2) Nuclear reaction yield 3) Conservation laws 4) Nuclear reaction mechanism and models 5) Elastic scattering 6) The principle of detailed balance 7) Compound nucleus reactions 8) Resonances 9) Optical model 10) Direct reactions.

291 views • 16 slides

Orbital Angular Momentum

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Spin alignment of vector mesons (K* 0 , ? ) in Au+Au and p+p collisions at RHIC

STAR. Introduction Results spin alignment w.r.t. reaction plane spin alignment w.r.t. production plane Conclusions. Spin alignment of vector mesons (K* 0 , ? ) in Au+Au and p+p collisions at RHIC. Jin Hui Chen Shanghai Institute of Applied Physics and UCLA For the STAR Collaboration.

238 views • 14 slides

Energy of Orbit

Energy of Orbit. Energy of orbit is E = T+W; (KE + PE) where V is the speed in the relative orbit Hence the total Energy is is always negative. Binding Energy = -E > 0. Angular momentum of the orbit.

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Modeling the dynamical friction timescale of a sinking satellite

Modeling the dynamical friction timescale of a sinking satellite. Gan, Jianling/ ??? Korea Astronomy and Space Science Institute Shanghai Astronomical Observatory Collaborator: Kang, Xi/ ?? Purple Mountain Observatory 2010, RAA, 10, 1242. Motivation.

295 views • 14 slides

Spin alignment of vector mesons (K* 0 , ? ) in Au+Au and p+p collisions at RHIC

STAR. Motivations Analysis details Results spin alignment w.r.t. reaction plane spin alignment w.r.t. production plane Conclusions. Spin alignment of vector mesons (K* 0 , ? ) in Au+Au and p+p collisions at RHIC. Jin Hui Chen Shanghai Institute of Applied Physics and UCLA

268 views • 14 slides

Quantum Phenomena II: Revision

Quantum Phenomena II: Revision. Hydrogen atom Quantum numbers Electron intrinsic spin Other atoms More electrons! Pauli Exclusion Principle Periodic Table. Atomic Structure. Fundamental Physics. Particle Physics The fundamental particles The fundamental forces Cosmology The big bang

212 views • 9 slides

The Forgotten Quantum Number: The Radial Modes of Laguerre-Gauss Beams

The Forgotten Quantum Number: The Radial Modes of Laguerre-Gauss Beams . William Plick , PhD IQOQI Vienna. APS March Meeting, March 7 th , 2014 . Laguerre-Gauss Modes. Orbital Angular Momentum. Applications: Access to higher dimensional Hilbert Spaces Tests of Quantum Foundations

337 views • 8 slides