Magnet semi-hard

A Antisymmetrizing operator A Vector potential P First hyperpolarizability P Resonance parameter in semi-empirical theory B Magnetic field (magnetic induction) X, /r, A, cr Basis functions (atomic orbitals), ab initio or semi-empirical methods rraiipp inrliiflinp basis fiinrHon 7] An infinitesimal scalar rj Absolute hardness h Planck s constant H hjl K h Core or other effective one-electron operator hap Matrix element of a one-electron operator in AO basis Matrix element of a one-electron operator in semi-empirical theory... [Pg.209]

Fig. 5 a View of the crystal structure of (NEt4)[Mu2(5 - MeOsalen)2Fe(CN)6] showing the hetero-metallic chain, b Semi-log plot of /T vs. 1 /T (where / is the zero-field susceptibility). Red and blue dots have been obtained with ac (0.1 Hz, 0.3 mT of ac field modulation) and dc (numerical derivative of M vs. H plots aroimd zero dc field) techniques, respectively. c Field dependence of the normalized magnetization (M/Ms) as a function of a magnetic field applied perpendicular to the chain direction (in the hard plane), measured on a single crystal at 1.5 K. Reprinted with permission from [49]. Copyright 2005 American Chemical Society... [Pg.188]

Hard surface. Corrosion resistant surface. Magnetic materials, Semi-conductor... [Pg.524]