'Transverse field' diaporamas de présentation

Quantum effects in Magnetic Salts

627 views • 49 slides

Measurements of Vector Magnetic Fields

Jiang-Tao Su and Hong-Qi Zhang National Astronomical Observatories Chinese Academy of Sciences. Measurements of Vector Magnetic Fields. Outline. Foundation for measuring of vector magnetic fields ----Zeeman effect Magnetogram data reduction Calibrations for vector magnetic fields

588 views • 45 slides

Measurements of Vector Magnetic Fields

Jiang-Tao Su and Hong-Qi Zhang National Astronomical Observatories Chinese Academy of Sciences. Measurements of Vector Magnetic Fields. Outline. Foundation for measuring of vector magnetic fields ----Zeeman effect Magnetogram data reduction Calibrations for vector magnetic fields

644 views • 45 slides

Radio Frequency Quadrupole

Radio Frequency Quadrupole. Alessandra Lombardi. RFQ CAS 2005 , Zeegse, 26 may 2005. Radio Frequency Quadrupole is on the school poster!. CERN RFQ1 520 keV protons. Contents. Motivation and historical introduction What is a radio frequency quadrupole (RFQ) ? Designing a RFQ

837 views • 38 slides

S. T. Wu 1,2 , A. H. Wang 1 , Yang Liu 3 , and Todd Hoeksema 3

A Data Driven Magnetohydrodynamic (MHD) Model of Active Region Evolution as a Tool for SDO/HMI Data Analyses. S. T. Wu 1,2 , A. H. Wang 1 , Yang Liu 3 , and Todd Hoeksema 3 1 Center for Space Plasma & Aeronomic Research and 2 Department of Mechanical & Aerospace Engineering

430 views • 33 slides

Quantum phase transitions in anisotropic dipolar magnets

Quantum phase transitions in anisotropic dipolar magnets. Moshe Schechter. University of British Columbia. In collaboration with: Philip Stamp, Nicolas laflorencie. LiHoY F. x. 1-x. 4. 1. Transverse field Ising model:. LiHoY F. x. 1-x. 4. 1. Transverse field Ising model:.

335 views • 33 slides

is aimed at the development of a large-aperture

352 views • 21 slides

Chapter 2: Transmission lines and waveguides

Chapter 2: Transmission lines and waveguides. 2.1 Generation solution for TEM, TE and TM waves 2.2 Parallel plate waveguide 2.3 Rectangular waveguide 2.4 Circular waveguide 2.5 Coaxial line 2.6 Surface waves on a grounded dielectric slab 2.7 Stripline 2.8 Microstrip

2.87k views • 15 slides

Slab-Symmetric Dielectric-Based Accelerator

276 views • 14 slides

Resolving the 180 Degree Ambiguity in Vector Magnetic Fields

Resolving the 180 Degree Ambiguity in Vector Magnetic Fields. T. Metcalf. The Transverse field is Ambiguous by 180 Deg. This ambiguity must be resolved before analysis. Ambiguity Resolution is Required to Compute Correct Neutral Lines. From K.D. Leka. N22 E20. 2000 Jun 05.

276 views • 10 slides

N60: HD-ice only

N60: HD-ice only. The Transverse field drives the Moeller on the Central Detector. N60: HD-ice + NMR. Few Moeller survive the NMR coil and move toward the Central Detector Forward Detector is clear. N60: HD-ice + NMR + Cryostat.

158 views • 6 slides