Carry-over definition

At 25° C. 100 grams of glycerol very slowly dissolve 20-8 grams of the oxide.8 In ethyl malonate the solubility in 100 g. is 0-058 g. at 15° C. and 0-061 g. at 100° C.9 Arsenious oxide is volatile in ethyl malonate vapour, 0-09 g. having been observed to be carried over during the distillation of 100 g. of the ester. The oxide dissolves in -warm ethylene glycol, but no definite chemical compound is obtainable from the solution.10 The -vitreous form dissolves slightly in ether, carbon disulphide, fatty oils and turpentine. 

An important advantage of the plastic is that in thermal processing the finish on the surface of the tool—whether it be matt, leather grain, jazzy pattern, or what you will—can be transferred directly to the workpieces. One proviso when a design is applied in this way is that the tool should not wear quickly (which will result in loss of definition of the decoration) or, worse, that it be scratched or damaged so that the unwanted mark is carried over to the products. 

The summations in Equation 4.46 are carried over all samples in class q and all wavelengths in the residual spectra. Notice the definition for, v 2 is the same as Malinowski s RE. The degrees of freedom in the denominator of Equation 4.46 should be changed to (n - k - 1 )(m - k - 1) when mean correction is used. 

TThe terms "monomer" and "dimer", as well the logical extension to "polymer", have the denotation of a cohesive group of atoms acting once, twice or many times as a congruent unit (see [ 1 ] of this chapter). This idea is carried over to the term "isomer", see definition 9 on page 9 (Chapter 1). 

Vector analysis. The author learnt vector analysis in a 1950 postgraduate course, based on the German book of 1932, Classical Electricity and Magnetism, by M. Abraham and R. Becker, published by Blackie and Sons, Glasgow. The book was written so that its definitions of scalar flux (flow in all directions) and of vector current (flow in one direction) fitted both hydrodynamics and electromagnetism. The same definitions were carried over unmodified into the scalar neutron fluxes and vector neutron currents of the nuclear power reactor. In electrochemistry, however, the term exchange current attaches to what is more properly described (see above) as a local, somewhat anisotropic, scalar flux. 

All decomposition reactions are endothermal except that of FeU04, presumably because this is the only reaction which involves oxidation of the double oxide. No significant diflFerence was noted in the DTA or TGA curves of the two NiU04 phases. It is interesting to note the alternating pattern in the decomposition reactions of the uranates. The iron, nickel, and zinc double oxides tend to decompose directly into their constituent oxides, while the manganese, cobalt, and copper compounds decompose to other double oxides. The pattern is not carried over into the decomposition temperatures. In this instance, the thermal stability of the double oxides appears to vary directly with the characteristic transition element oxidation states Gr(III) > Mn, Go (III, II) > Ni, Zn(II) > Gu(II, I). The iron compounds constitute a definite exception to this pattern. 

The enantioselectivity associated with quaternary allylation is connected with scenario 5 above (one of the five points associated in the catalytic cycles shown by Schemes 12.10a and b where chirality could be induced), which is where enantioselection of one of two faces of the nucleophile (the enolate ion) occurs. Theoretical studies of the transformation using the PHOX ligand have shown support for an inner sphere mechanism, where nucleophilic attack of the enolate onto the rf-allyl ligand occurs from the Pd-bound enolate and not from an external nucleophile.74 These studies have not been able to definitively determine the step that defines the enantioselectivity of the reaction, and it is not clear how these results would carry over to reactions involving the Trost ligands. At this time, selection of which ligand one should use not only to induce enantioselectivity but also to predict the sense of absolute configuration of any asymmetric Tsuji-Trost allylation is mostly based on empirical results. Work continues on this... 

When carrying out these tests it is essential to avoid carry over of medium in the inoculum, and it is best to carry out a second definitive test after obtaining a presumptive positive in the first test. A loopful of organisms from the first positive test (presumptive) is used as inoculum for the second test (confirmatory). 

Closeness in time. Broadly speaking, it is defined as lime interval between the events, e.g. if actions take place relatively close in time, a crew mindset. or interpretation of the situation might carry over from one event to the next. Except for SPAR-H, all the surveyed models operationalize the time factor on a time scale, yet not on the same one. SPAR-H operationalizes the factor on the qualitative scale close/nol close. An important definition given by the EPRI HRA Calculator is of simultaneous HFE (see Section 3.2). 

Essentially all of the definitions given above carry over to this case if we simply replace / by /. The van Hove function is then obtained from the phase space correlation function... 

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