Magnetization

The archives of The Huffington Post may live on -- or may have been destroyed in The De-Magnetization Wars.

Lisa Nesselson: The War To End All Wars? Well, Not Exactly 2008

We can hardly avoid recalling the two titles of Faraday's basic work: "Magnetization of light",

Pieter Zeeman - Nobel Lecture 1967

Rutherford's first researches, in New Zealand, were concerned with the magnetic properties of iron exposed to high-frequency oscillations, and his thesis was entitled Magnetization of

Ernest Rutherford - Biography 1966

One feature labelled "Magnetization Water" puzzled us - the company's website solely says:

Pocket-lint 2010

Magnetization in the transverse plane decreases (decay)  As transverse magnetization decreases the induced voltage in the receiver coil in turn is reduced and the signal emerging is called the free induction decay (FID)

Recently Uploaded Slideshows 2008

Slide 5: Recovery & Decay  Two types of relaxation occur simultaneously  Magnetization in the longitudinal plane gradually increases (Recovery) 

Recently Uploaded Slideshows 2008

 T1 recovery is also termed spin lattice relaxation  The energy lost is released to the surrounding lattice  Recovery takes time (T1 relaxation time)  Measured exponentially after T1 Magnetization has returned to 63\% of its final value

Recently Uploaded Slideshows 2008

Circular Polarization, Double Refraction, and Magnetization of

Six Lectures on Light Delivered In The United States In 1872-1873 John Tyndall 1856

l = Magnetization vector (net) at equilibrium z-component of magnetic moment of state i gi = degeneracy of state i μzi are equal in magnitude but opposite in direction.

Citizendium, the Citizens' Compendium - Recent changes [en] 2009

l = Magnetization vector (net) at equilibrium z-component of magnetic moment of state i gi = degeneracy of state i μzi are equal in magnitude but opposite in direction.

Citizendium, the Citizens' Compendium - Recent changes [en] 2009