Single magnetic field

The latter technique is particularly appreciated by coordination chemists because of its simple mathematical formulation and the limited amount of experimental data to be collected (longitudinal relaxation times at a single magnetic field obtained by the inversion-recovery method (Void et al., 1968)). However, the a priori choice of a reference distance (rref) requires a partial modeling of the complex and the extracted distances strongly depend on the accuracy of this original choice. 

The advantages of electrical ion detection (Conzemius and Svec, 1972) are especially applicable to the analysis of very low concentrations of rare earths adjacent in mass to the matrix, e.g. the determination of Ce in Pr. Electrostatic peak switching techniques described by Conzemius and Svec (1969) may also be utilized conveniently when only rare earths and common elements are to be determined. A single magnetic field setting allows a M/z range from 51 to 92 to... 

This is a single-magnet system with a magnetic moment parallel to the radiation surface for magnetic materials. The relative magnitude of the magnetic field at maximum from the height... 

Even for a single radical tire spectral resolution can be enlianced for disordered solid samples if the inliomogeneous linewidth is dominated by iimesolved hyperfme interactions. Whereas the hyperfme line broadening is not field dependent, tire anisotropic g-matrix contribution scales linearly with the external field. Thus, if the magnetic field is large enough, i.e. when the condition... 

If only ions with a single charge (z = 1) are considered, then with a constant magnetic field strength and constant accelerating voltage, the radius of arc depends on mass and, from Equation 24.3, Equation 24.4 is obtained. 

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