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Intensity mechanism

There are difficulties of detecting defects in axial canal because of solid sediment layer of 1. 2 mm thick on the canal surface. When using known defectoscope devices a preliminary labor-intensive mechanical treatment of the axial canal surface is needed. The experience of application of different methods of rotor axial canal control in multifunction automatic device ROTOR - K has pointed to the fact that the most effective method is eddy current one [1]. All the dangerous cracks were just detected by the eddy current method, the part of the cracks were not... [Pg.346]

In bulk fermentation and sponge batter processes the bonds are broken by the action of enzymes and flour improvers. In the Chorley-wood process the bonds are broken by intense mechanical input and the action of the improver. Similarly, in an ADD process the effect is... [Pg.167]

Zhou, Q., Armstrong, B., Larson, I., Stewart, P. J., Morton, D. A. V. Improving powder flow properties of a cohesive lactose monohydrate powder by intensive mechanical dry coating. J. Pharm. Sci., 99, 2010, 969-981. [Pg.45]

The maximum extent of double bond conversion in TEGDA as measured with DSC increases not only with temperature but also with light intensity. Mechanical measurements show, however, that the intensity dependence vanishes when equal doses are applied. This means that at low intensities the polymerization continues for a considerable time at a rate which is imperceptible with DSC. [Pg.425]

In the absence of substantial unsaturation and of active groups on the chain for either polymer, only linear block copolymers are formed, according to the initiation Reactions 1 and 4. Low density polyethylene and high molecular weight polyisobutylene are typical of polymers which form block copolymer fractions on intensive mechanical working. The composition of block copolymers is related also to the relative rates of reaction, (Reactions 2 and 3) which is determined by the relative radical reactivity. [Pg.5]

As elaborated in detail in Ref. (5) there are two principal intensity mechanisms for dimer excitations. The single-ion mechanism is based on the combined action of spin-orbit coupling and an odd-parity ligand field potential at the Cr center. It is by this mechanism that spin-forbidden transitions obtain their intensity in mononuclear complexes. The pair mechanism, on the other hand, is restricted to exchange-coupled systems. It leads to the selection rules AS = 0,... [Pg.3]

FIGURE 1.8 B-term intensity mechanism. Panel (a) shows the effect of TV on the excited state (T e) and panel (b) shows the effect of V mixing into the ground state (T g) to produce the temperature dependent B-term MCD signal. [Pg.11]

The intensity mechanism for a single isotropic Kramers doublet ground state is... [Pg.6078]

In the powder process, finely divided cadmium carbonate or cadmium oxide is subjected to intensive mechanical mixing with sulfur and mineralizers and then calcined in the absence of oxygen. The addition of zinc or selenium produces the same effects as in the precipitation process. The product is worked up in the same way as in the precipitation process. The main producer of cadmium pigments is Millenium (USA). [Pg.123]

The aggregates which frequently arise in aqueous suspension tend to distort the results to a degree substantially exceeding all the other errors. For this reason, a great deal of attention has to be paid to the preparation of samples by ensuring perfect deflocculation of the suspension, preferably by using suitable electrolytes and intensive mechanical agitation however, the latter must not cause break up of the particles. [Pg.19]

Properties 40% active aqueous emulsion, stable to intense mechanical shear, freeze-thaw cycling. Compatible with other commercial latexes. [Pg.1005]


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See also in sourсe #XX -- [ Pg.30 , Pg.31 , Pg.32 , Pg.33 , Pg.34 , Pg.35 ]




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