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Topic: Gyromagnetic ratio

	What Is The Neutron?
		This reads as: the gyromagnetic ratio of the electron is equal to the elementary charge of the electron divided by the mass of the electron times the half spin of the electron g-factor.
		The half spin g-factor of the electron enables this excess energy to remain contained in the proton until the resulting neutron is no longer attached to a proton, or until the neutron has a weak binding in the nucleus due to the half spin structure of spacetime.
		The gyromagnetic ratio of the proton and neutron are derived similar that of the electron, except that it is seen the gyromagnetic ratio is due to the larger particle's relationship to the electron.
	www.tu-berlin.de /zems/greenman/science/files/simple.htm (391 words)

	Gyromagnetic Ratio (Site not responding. Last check: 2007-11-04)
		The gyromagentic ratio of an electrically charged massive circulating particle is given by the ratio, as the name implies, of its electromagnetic and mechanical properties:
		In essence, the gyromagnetic ratio is the proportionality constant between the angular momentum and magnetic moment of any physical system
		Thus the essential form of the gyromagnetic ratio is seen to be one half the charge to mass ratio.
	hep.bu.edu /~brown/phd/node77.html (403 words)

	[hep-th/0611205] Gyromagnetic Ratio of Charged Kerr-Anti-de Sitter Black Holes
		We calculate the gyromagnetic ratio of rotating anti-de Sitter fl holes carrying a single angular momentum and a test Maxwell charge in all higher dimensions.
		We show that the value of the gyromagnetic ratio crucially depends on the dimensionless ratio of the rotation parameter to the curvature radius of the anti-de Sitter background.
		In the critical limit, when the boundary Einstein universe is rotating at the speed of light, the gyromagnetic ratio approaches the value g=2 regardless of the spacetime dimensions.
	arxiv.org /abs/hep-th/0611205 (131 words)

	A883/A883M-01 Standard Test Method for Ferrimagnetic Resonance Linewidth and Gyromagnetic Ratio of Nonmetallic Magnetic ...
		This test method covers the measurement of the ferrimagnetic resonance linewidth and gyromagnetic ratio of isotropic microwave ferrites.
		It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.
		errimagnetic; ferrimagnetic resonance linewidth; ferrite; fmr linewidth; gyromagnetic ratio; linewidth; 29.030
	www.astm.org /DATABASE.CART/REDLINE_PAGES/A883A883M.htm (274 words)

	Magnetic Moment
		The egmr expression interprets as: "The electron gyromagnetic ratio is equal to the electron weak interaction times the electron precession divided by the mass to charge ratio."
		Whereas the elementary charge is the same for all particles (with different signs), the mass to charge ratio is likewise the same for all subatomic particles.
		The gyromagnetic ratio of any particle is then a function of its weak interaction and precession.
	www.16pi2.com /magnetic_moment.htm (906 words)

	Gyromagnetic Ratio -- from Eric Weisstein's World of Physics
		Gyromagnetic Ratio -- from Eric Weisstein's World of Physics
		The ratio of the magnetic dipole moment to the mechanical angular momentum of a system.
		The electronic spin angular momentum of an electron with spin s is given by
	scienceworld.wolfram.com /physics/GyromagneticRatio.html (286 words)

	Atoms 1
		The value of the gyromagnetic ratio will vary according to the details.
		Thus the electron's gyromagnetic ratio seemed to be twice the classical value e/2m.
		Much later it was found that the anomaly in the gyromagnetic ratio is not exactly a factor of two, and the deviation from that value has provided one of the best tests of our current quantum theory of radiation, called quantum electrodynamics.
	www.phy.duke.edu /courses/100/lectures/Atom1/atom1.html (1457 words)

	gyromagnetic ratio
		The gyromagnetic ratio is the ratio of the magnetic dipole moment to the angular momentum.
		I really don't get how the fact that the gyromagnetic ratio of a rotating circular loop of mass M and charge Q is g = Q/2M implies that the gyromagnetic ratio of a uniform rotating spere is also g = Q/2M!
		But since the sphere is uniform, the ratio of its mass to its charge is the same at every point of it.
	www.physicsforums.com /showthread.php?t=90678 (635 words)

	gamma
		gamma will return a value for the gyromagnetic ratio of a spin as assigned by the function isotope.
		In GAMMA, gyromagnetic ratios are maintained in SI units, T -1 sec-1.
		Double, gyromagnetic ratio of spin with units rad T -1 sec-1.
	gamma.ethz.ch /html/modules/hslib/spinsya4.htm (607 words)

	Quantum Field Theory
		The ratio R is relatively straight-forward to observe experimentally.
		Surprisingly, the ratio R is constant over large energy ranges, indicating that the complicated hadronic state is produced in much the same way as the simple muon pair.
		In this case, the virtual photon is probing the negative-energy sea of hadrons in the vacuum instead of electrons or muons.
	universe-review.ca /R15-12-QFT.htm (12639 words)

	Class minutes---week 12
		Note r drops out of the gyromagnetic ratio.
		is the same, the gyromagnetic ration of the whole body will also be e/2mc.
		ratio of charge to mass density is not uniform.
	www.glue.umd.edu /~tajac/622c/622minutes12.html (2081 words)

	Bohm Compton Radius Vortex Sidharth Sarfatti
		The charge and current distributions giving this high gyromagnetic ratio have charges of both signs rotating at close to the velocity of light.
		Even if all the charge were confined to a ring rotating at close to the velocity of light the magnetic moment generated gives a gyromagnetic ratio of one rather than the electron's value of 2.0023193044.
		is consistent with the Gyromagnetic Ratio of a Kerr-Newman Black Hole.
	www.valdostamuseum.org /hamsmith/Sidharth.html (5379 words)

	Physics Undergraduate Research (Site not responding. Last check: 2007-11-04)
		I am developing a pedagogical experiment appropriate for the undergraduate advanced physics lab to measure the "gyromagnetic ratio" g
		This ratio is an important measure of a muon's quantum mechanical properties.
		The technique is similar to the one originally used by Garwin, Lederman and Weinrich to determine parity non-conservation in the pion-muon-electron decay chain, and is a modification to the technique developed by C. Amsler.
	www.physics.smu.edu /~coan/undergrad/ug_rsrch/ug_rsrch.html (300 words)

	The Uhlenbeck and Goudsmit proposal
		It is found that good fits to experimental data are obtained when
		, which means that the spin gyromagnetic ratio, defined to be
		is twice as large as the orbital gyromagnetic ratio
	www.nyu.edu /classes/tuckerman/quant.mech/lectures/lecture_5/node5.html (214 words)

	MATLAB Central File Exchange - Gmr.m (NMR & MRI Properties)
		Provides gyromagnetic ratio and other NMR properties for nuclei
		GMR returns the gyromagnetic ratio and other NMR properties for various nuclei as well as the electron.
		NMR MRI gyromagnetic magnetogyric nuclear moment Larmor frequency
	www.mathworks.com /matlabcentral/fileexchange/loadFile.do?objectId=12078&ref=rssfeed&id=mostRecentFiles (366 words)

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