'Lorentz force' presentation slideshows

Beaming

Beaming. Beaming. LHC ? ~7 TeV protons ? g = 7000. TeV blazars. 1 TeV. Cosmic rays. 10 20 eV = 10 8 TeV = 10 11 m p c 2 = tennis ball at 100 km/s. A few milligrams per decade?. Radio-loud AGNs. Gamma Ray Bursts. ~ 10 -5 M o in a few sec G ~300. ~ 0.1 M o yr -1 G ~20.

1.26k views • 106 slides

Magnetism

Magnetism. There are two basic ideas in our introductory study of magnetism. ? An electric charge experiences a magnetic force when moving in magnetic field. ? A moving charge produces magnetic field. FIRST THINGS FIRST: THEIR MAJESTY THEMSELVES - MAGNETS.

686 views • 46 slides

Circular Polarization in Magnetized Wind Recombination Lines

Circular Polarization in Magnetized Wind Recombination Lines. Kenneth Gayley Univ. of Iowa. Why wonder if hot-star winds have B fields?. the solar analogy impact on star formation transport of angular momentum circumstellar and wind dynamics end stages: SN, GRB.

578 views • 43 slides

Magnetic Forces

Magnetic Forces. Lorentz Force The force exerted by the magnetic flux density B on a single charge q : The force is at right angles to u and B The magnitude is q u B sin q The magnetic force does no work The total force is given by. This force is called the Lorentz force!.

810 views • 42 slides

Author: Carlo Andrea Gonano Co-author: Prof. Riccardo Enrico Zich

678 views • 38 slides

Irregularities of solar cycle and their theoretical modeling

Irregularities of solar cycle and their theoretical modeling. Arnab Rai Choudhuri Department of Physics Indian Institute of Science. Are there regularities longer than the cycles?

488 views • 38 slides

Chaotic Stellar Dynamo Models

Chaotic Stellar Dynamo Models. Math 638 Final Project Rodrigo Negreiros Ron Caplan. Overview. Background: What are stellar dynamos? Formulation of the model Desirable Dynamics Step by Step Formulation and Analysis 1-D, 2-D Formulation Lorentz Force adds Hopf Bifurcations

418 views • 33 slides

Covariant form of the Dirac equation

Covariant form of the Dirac equation. A ? = ( A , i ? ) , x ? = ( r , ict) and p ? = -i ??/?x ? = (-i? ?, -( ?/c) ? /?t) = ( p , iE/c). and ? ? = (-i ? ? , ? ) Definition of the Dirac Matrices. Then H ? = i ?? ? /?t Equation (1)

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Methods of detection

471 views • 26 slides

Hall effect

V H. H. J. z. y. x. Hall effect. x. Low Field Magnetoresistance, Hall effect in Drude Theory. V H. H. J. z. y. x. x. 2. 3. One measures the voltage drop along y and the current along x, not a resistance. z. y. x. V x. V H. H. J.

994 views • 20 slides

356 views • 19 slides

Helium vessel / tuner odu-slac rf dipole cavity

371 views • 17 slides

Plasmas

590 views • 16 slides

Lab #3: An Electron Beam in E and B fields

Lab #3: An Electron Beam in E and B fields. verify the lorentz force law. learn how to work safely with high voltages practice error propogation gymnastics. SAFETY. Any students with pacemakers or heart arythma?. One hand in pocket!.

266 views • 13 slides

325 MHz RF Cave and SC Spoke Cavity Tests

499 views • 13 slides

Sino-German Workshop on Electromagnetic Processing of Materials,

Sino-German Workshop on Electromagnetic Processing of Materials, 11.10 – 13.10.2004 Shanghai, PR China Use of magnetic fields during solidification under microgravity conditions J.Dagner, M.Hainke, J.Friedrich, G.M ü ller Outline:

236 views • 13 slides

???? ?? 22/01/10

Effect of solar chromospheric neutrals on equilibrium field structures - T. Arber, G. Botha & C. Brady ( ApJ 2009). ???? ?? 22/01/10. From T. Matsumoto. Motivation. Coronal Field believed to be a force free field, or more precisely a nonlinear force free field (NLFFF)

286 views • 12 slides

Power Overhead Calculation For Lorentz Detuning Force

Power Overhead Calculation For Lorentz Detuning Force. Rihua Zeng 2012-Mar-20. Pre-detuning for reducing overhead. Overhead estimation for cavity with optimal Ql. Overhead calculation for cavity with non-optimal Ql.

225 views • 11 slides

Hinode Coordinated Observations: Sunquakes

225 views • 3 slides

The Development of the Bunch Length Detector (BLD)

113 views • 1 slides