Avogadro constant magnetization

The magnetic susceptibility is obtained from this simply by multiplying by Na, the Avogadro constant, which gives... 

In this equation, Na is Avogadro s number, k is Boltzmann s constant, and T is the temperature (K). Magnetism is measured in terms of a unit known as the Bohr magneton, i,C) (BM), that is given as... 

N - number of electrons in cubic cell Na - Avogadro s number a - lattice constant of the unit cell Po - magnetic constant value... 

A(B) - b be b b° B(y) B r,t) A represents a constant Avogadro number ( = 6.02249 x 1023) Two-body interaction Two-body interaction at the top of the demixtion curve Scattering length Contrast length (with respect to the solvent) Generating function of vertex functions (associated with trees) Magnetic field... 

Here is Avogadro s number. Thus the magnetic susceptibility varies as C/T, the constant C depending on the spin multiplicity of the ground state. This is the Curie law, which describes the representative paramagnetism of mutually isolated spins. In the cgs system, = 0.12505. 

Here, g is the spectroscopic splitting factor, N the Avogadro number, k the Boltzmann constant, and the Curie constant per mole. In addition, (also denoted /i ff) is called the effective magnetic moment. 

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