Magnetic applied

Molecules of this type are influenced by an external electric field because they possess a dipole one end of the molecule is electron withdrawing while the other is electron attracting, with the result that one end possesses a higher electron density than the other. As a result, the molecule behaves much like a miniature bar magnet. Applying a voltage between the two... 

Theveniaut, H. Freyssinet, Ph. (1999) Paleo-magnetism applied to lateritic profiles to assess saprolite and duricrust formation pro-... 

A simplified illustration of the apparatus used in NMR measurements is shown in Fig. 2.41. The magnet applies an external field, commonly of L5 T (15 kG, although fields up to 50 kG are now used), the strength of... 

Fig. 87. Approaches for Zeeman atomic absorption. (A) Rotating polarizer and permanent magnet applied to the atomizer (B) permanent magnet around the primary source (C) longitudinal field of ac magnet applied to the atomizer (Reprinted with permission from Ref. [307].)...

M.N. Wilson, Stabilization of Superconductors for Use in Magnets, Applied Superconductivity Conference, Rutherford Laboratory, Chilton, Didcot, Oxon, England (1976). 

Temperature dependence of FCM, RM, and ZFCM of (SP)[Fe"Fe "(dto)3] before (a) and after UV irradiation (350 nm, 40 mWcm ) at 300 K (b and c), and 70 K (d). FCM field-cooled magnetization, RM remnant magnetization, ZFCM zero-field-cooled magnetization. Applied magnetic field is 30 Oe. (Reproduced from Ref. 18 with permission of the American Chemical Society.)... 

Fig. 59. Mn(CH3C00)2 4H20. Magnetization isotherms with internal field Hj , parallel b axis. Successive isotherms are displaced vertically. The same scale of magnetization applies to all curves [69S11].

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