'Spin resonance' presentation slideshows

High Sensitivity Magnetic Field Sensor Technology overview

High Sensitivity Magnetic Field Sensor Technology overview. David P. Pappas National Institute of Standards & Technology Boulder, CO. Market analysis - magnetic sensors. 2005 Revenue Worldwide - $947M Growth rate 9.4%. Application. Type.

916 views • 46 slides

High Sensitivity Magnetic Field Sensor Technology

High Sensitivity Magnetic Field Sensor Technology. David P. Pappas National Institute of Standards & Technology Boulder, CO. Market analysis - magnetic sensors. 2005 Revenue Worldwide - $947M Growth rate 9.4%. Application. Type.

734 views • 46 slides

High Sensitivity Magnetic Field Sensor Technology Overview

High Sensitivity Magnetic Field Sensor Technology Overview. David P. Pappas National Institute of Standards & Technology Boulder, CO. Market analysis - magnetic sensors. 2005 Revenue Worldwide - $947M Growth rate 9.4%. Application. Type.

659 views • 46 slides

High Sensitivity Magnetic Field Sensor Technology

High Sensitivity Magnetic Field Sensor Technology. David P. Pappas National Institute of Standards & Technology Boulder, CO. Market analysis - magnetic sensors. 2005 Revenue Worldwide - $947M Growth rate 9.4%. Application. Type.

466 views • 46 slides

High Sensitivity Magnetic Field Sensor Technology overview

High Sensitivity Magnetic Field Sensor Technology overview. David P. Pappas National Institute of Standards & Technology Boulder, CO. Market analysis - magnetic sensors. 2005 Revenue Worldwide - $947M Growth rate 9.4%. Application. Type.

869 views • 45 slides

High Sensitivity Magnetic Field Sensor Technology overview

High Sensitivity Magnetic Field Sensor Technology overview. David P. Pappas National Institute of Standards & Technology Boulder, CO. Market analysis - magnetic sensors. 2005 Revenue Worldwide - $947M Growth rate 9.4%. Application. Type.

667 views • 43 slides

Electric dipole spin resonance and spin decoherence for heavy holes in quantum dots

Electric dipole spin resonance and spin decoherence for heavy holes in quantum dots. Denis Bulaev and Daniel Loss Department of Physics University of Basel, Switzerland. Outline. Motivation Spin-Orbit Coupling of Holes Spin Relaxation and Decoherence of Heavy Holes in QDs

648 views • 35 slides

Electric dipole spin resonance and spin decoherence for heavy holes in quantum dots

Electric dipole spin resonance and spin decoherence for heavy holes in quantum dots. Denis Bulaev and Daniel Loss Department of Physics University of Basel, Switzerland. Outline. Motivation Spin-Orbit Coupling of Holes Spin Relaxation and Decoherence of Heavy Holes in QDs

357 views • 35 slides

EDM Ring, Five Quads lattice, orbit and spin tracking

EDM Ring, Five Quads lattice, orbit and spin tracking. Alfredo U Luccio 09OCT07. EDM ring with two magnets B= 2T, n=1, a p =1, footprint 5x10 meter 2. Lattice optimized with MAD using a Montecarlo method

341 views • 22 slides

EDM Ring, Five Quads lattice, orbit and spin tracking

EDM Ring, Five Quads lattice, orbit and spin tracking. Alfredo U Luccio 06JUN07. Three Thin Quads. Five Fat Quads. Sector Bends. Alternating gradient Bends to reduce dispersion. FFQ parameters (1).

336 views • 18 slides

Deuteron Polarization in MEIC

Deuteron Polarization in MEIC. Vasiliy Morozov for MEIC Study Group using results of IUCF and COSY SPIN Collaborations led by A.D. Krisch figure-8 concept originally proposed by Ya.S. Derbenev and develop by Yu.N. Filatov , A.M. Kondratenko , and M.A. Kondratenko

184 views • 18 slides

Ion Polarization Control in MEIC Rings Using Small Magnetic Field Integrals

The XV th International Workshop on Polarized Sources, Targets and Polarimetry (P S TP 2013). University of Virginia, Charlottesville, VA, USA September 9 - 13, 2013. Ion Polarization Control in MEIC Rings Using Small Magnetic Field Integrals

276 views • 17 slides

Multiple spin resonance crossing in accelerators.

228 views • 15 slides

Quantification of hydroxyl radical during phacoemulsification .

Quantification of hydroxyl radical during phacoemulsification. Department of Ophthalmology, Dokkyo Medical University (JAPAN) Norihito Gotoh MD PhD, Hiroyuki Matsushima MD PhD, Koichiro Mukai PhD, Makoto Takayama MD, and Tadashi Senoo MD PhD.

312 views • 12 slides

Optically-Detected Electron Spin Resonance of Self-Assembled InAs Quantum Dots

288 views • 12 slides

Optically-Detected Electron Spin Resonance of Self-Assembled InAs Quantum Dots

223 views • 12 slides

80 views • 1 slides

Noise near peak field is increased Peak width narrow Peak is symmetric

B field at center of coil (arb units). Graph of AC field with 1 coil powered. 0 3.3 6.6 10 13.3 16.7 20 23.3 Time (ms). 0 3.3 6.6 10 13.3 16.7 20 23.3 Time (ms).

131 views • 1 slides