Magnetic rotation

Constitution XV for sucrose has up to the present satisfied all demands made upon it. Like its precursors, I and II (page 6), it was not incompatible with physical properties of sucrose such as the magnetic rotation, or the parachor, although the latter claim has been denied. Von Lippmann lists a great many early determinations of the physical properties of the sugar more recent measurements include the heat of combustion, the molecular weight in liquid ammonia, and various optical and electrical constants. ... 

Inflammability. See Flammability initiation Sensitiveness. NGc is very sensitive to initial impulse, and NG is exploded, both in a liquid condition and as in Dynamite by the weakest common cap, a No 1, even without confinement (Ref 7, p 226 Ref 16) Magnetic Rotation at 12.6° specific gravity 0.6686 molecular rotation 3-7681 (Ref 5, p 1200 Ref 19, p 132)... 

The magnetic rotation of the plane of polarization26 for the D-line determined by W. H. Perkin and 0. Schonrock increases with concentration up to about 5 per cent. HC1, aud subsequently decreases ... 

Reinkober studied the reflexion spectra for ultra-red rays. According to J. H. Gladstone and W. H. Perkin,12 the molecular refraction, dispersion, and magnetic rotation of the ammonium halides are ... 

Magnetic rotation (Faraday) effects have been little used for assessing aromaticity. Furan has only a very weak effect, and when allowance is made for steric strain in the ring the exaltation, Ep> which can be considered to be a measure of aromaticity, is —0 compared with 45 for pyrrole, 52 for thiophene and 182 p,r for benzene (69Mi3iooi). 

On the otner hard,if this were the correct formula the compound should readily add bromine and reduce potassium perm ngante the first reaction it gave only in the sunlight,the other not at all1. These facts,its stability towards reduction with sodium amalgam, the value of its magnetic rotation and the fact that it behaved like a disubstltuted malonic acid4 settled the dispute in favor of Perkin. 

Magnetization of a material. Initially, magnetization increases by growth of favorably oriented domains. At high fields, the direction of magnetization rotates out of the easy direction. 

Dynamic micromagnetics simulations show that shape, size, and damping constant significantly influence the switching behavior of thin film elements. The magnetization reversal of submicron NiFe elements was found to be a two stage process. At first, the magnetization rotates almost in plane towards... 

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