Titlebook: Electron Paramagnetic Resonance of Exchange Coupled Systems; Alessandro Bencini,Dante Gatteschi Textbook 1990 Springer-Verlag Berlin Heide

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https://doi.org/10.1007/978-3-642-74599-7biology; chemistry; copper; iridium; manganese; metals; protein; spectroscopy; transition metal

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What Schooling Does to Parents,Very detailed EPR spectra have been recorded for manganese (II) pairs in MgO and CaO. Manganese (II) enters substitutionally the host crystals: at concentrations of about 1% appreciable numbers of isolated pairs are found which were characterized at three frequencies (15.5, 24.5, and 35.5 GHz) over the temperature range 1.2 to 300 K [7.1].

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Selected Examples of Spectra of Pairs,Very detailed EPR spectra have been recorded for manganese (II) pairs in MgO and CaO. Manganese (II) enters substitutionally the host crystals: at concentrations of about 1% appreciable numbers of isolated pairs are found which were characterized at three frequencies (15.5, 24.5, and 35.5 GHz) over the temperature range 1.2 to 300 K [7.1].

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消極詞匯

Spin Hamiltonians,netic resonance spectroscopy. This is a parametric approach, which is helpful for the interpretation of sets of experimental data. The parameters which are obtained have no particular meaning per se, but they must be compared with more fundamental theory. When one finds, for example, that the EPR sp

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Spectra in Extended Lattices,nal spaces, as well as in spaces with fractal dimensions, with an almost infinite number of possible variations. Historically three-dimensional solids have been treated first, while the lower dimensional lattices have become of interest only in the last few Years. In the following we will treat firs

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Coupled Transition-Metal Ions-Organic Radicals,n the literature has increased in the last few Years. There are several reasons for this increased interest, the first being of course a theoretical one, because bringing into close contact two atoms formally carrying unpaired electrons can allow one to study direct exchange interactions rather than