C creation

Raevsky, O. A., Dearden, J. C. Creation of predictive models of aquatic toxicity of environmental pollutants with different mechanisms of action on the basis of molecular similarity and HYBOT descriptors. SAR QSAR Environ. Res. 2004, 15, 433-448. 

C) Creation of small crack In front of main crack. 

Electrokinetics may conceivably be used in six general ways for hazardous waste site remediation (a) concentration and dewatering of waste sludges (b) extraction of pollutants from soUs, sediments, and groundwater (c) creation of hydraulic flow barriers (d) injection for dehvery of nutrients or electron acceptors to enhance bioremediation (e) injection of grouts or cleanup chemicals or (f) improvement of the effective permeability of a soil mass (Parker, 1992). 

Figure 3 (a) A linearly separable data set. (b) A nonlinearly separable data set. (c) Creation of a new category to create a linearly separable data set. 

Bi = coefficients of operator equivalents in crystal field hamiltonian S = magnetoelastic coupling constant Bj(x) = Brillouin function B(q) = function entering spin-wave energy [see eq. (7.100)] e = (kT)- p = gmeHIkT c = c-axis lattice constant c = reciprical lattice constant C = basal plane elastic constant C] , C,-, = creation and annihilation operators for state m> on site 1 X = bulk susceptibility X, = atomic susceptibility x(d) - generalized wave number-dependent susceptibility function of conduction electrons... 

Bodas, D. Rauch, J.-Y Khan-Malek, C., Creation of a Stable Hydrophilic... 

C) Creation of anaerobic conditions by enclosing the fruits in polyethylene (PE) bags under vacuum. In PE bags containing six persimmon fruits/bag, the O2 level remained low (3%) for several weeks while the CO2 level reached 30% after 2 days at 20 °C, in addition to the accumulated AA and ethanol (Pesis et al. 1986). It is possible to flush N2 or CO2 through the PE bags that had been vacuum-treated, in order to create various atmospheric conditions (Pesis et al. 1988). 

Figure 5.1 Sketch of the spectrum of the Dirac Hamiltonian for a free electron (a) and a bound electron in a Coulombic potential attractive for electrons [see chapter 6] (b). In (c) creation of an electron-positron pair is illustrated according to Dirac s hole theory, where all negative-energy states are assumed to be occupied for the vacuum state.

C. Creation of the ester linkage in these two compounds is the last reaction in their syntheses. What reaction conditions could conceivably be used to create the esters ... 

Figure 16. Creation of defects in a smectic A phase, (a, a ) Creation of a right-handed screw dislocation, (b, b ) Creation of an edge dislocation, (c, c ) Creation of a stack of nested conic layers, as observed along focal conics, (d, d, d") Creation of a disclination from a planar cut surface limited by a line L a +jt separation of lips S] and S2 is followed by the addition of matter and relaxation.

Blower, P. E. Dana, R. C. Creation of a Chemical Reaction Database from the Primary Literature . In Modern Approaches to Chemical Reaction Searching Willett, P., Ed. Gower Aldershot, 1986 pp. 146-164. 

At interface c creation of ions B in interstitial positions aeeording to ... 

This is the order in which we should look to solve the problem of SO,c emissions. We should try to prevent creation of the waste, since treating the waste tends only to move the problem rather than solve it. 

Fig. 10.20 Schematic illustration of the creation of a multiple sequence alignment for five sequences A-E. In the fi step sequences C and E are aligned. In the second step sequences A and D are aligned. In the third step the pair Cl aligned with the pair AD. Finally, the quartet CEAD is aligned with B.

The four-level system in Figure 9.2(c) is even more efficient in the creation of a population inversion, in this case between levels 3 and 2. The reason for the greater efficiency is that, not only is level 3 populated through the fast 4-3 process, but the population of level 2 is rapidly depleted by the fast 2-1 process. 

Figure 9.17 Absorption and fluorescence spectra of rhodamine B in methanol (5 X 10 mol 1 ). The curve marked is for the J 2 absorption (process 8 in Figure 9.18) and that marked 5 for process 1. (Reproduced, with permission, from Dienes, A. and Shank, C. Y, Chapter 4 in Creation and Detection of the Excited State (Ed. W. R. Ware), Vol. 2, p. 154, Marcel Dekker, New York, 1972)...

Wool—Polyester Fibers. The 45/55 wool—polyester blend is the most common fiber combination in the worsted industry. Strength and exceUent dimensional stabiHty of the polyester fiber enable the creation of lightweight wear fabrics not obtainable before. Economy has modified the fiber ratio and 30/70 and 20/80 wool—polyester blends are as common as the classical 45/55 blend. Disperse dyes for polyester and acid or neutral premetaUized dyes for wool are employed in a one-bath process. Should cationic dyes be used for the wool portion, a one-bath procedure can only be employed for light to medium shades, whereas dark shades require a one-bath two-step process. Wool blends should not be dyed above 105°C in order to avoid deterioration of the fiber quaHty. 

In indazoles there are two possibilities for ring closure by creation of an N—C bond, depending on whether the bond is the N(2)—C(3) or the N(l)—C(7a) bond. Both are classical methods of indazole synthesis (types A and C (67HC(22)l)). An example of each class is shown in Scheme 50 (78S633). 

The synthesis of pyrazolines and pyrazoles of the [CCNN + C] type with the creation of two bonds, N(2)-C(3) + C(3)-C(4) (or N(l)-C(5) + C(5)-C(4)), has been studied by several groups. Beam and coworkers have published a series of papers on the synthetic utility of lithiated hydrazones. Thus, the methylhydrazone of acetophenone (598) is converted by butyllithium into the dianion (599), which in turn reacts with methyl benzoate to afford the pyrazole (600) (76SC5). In earlier publications Beam et al. have used aldehydes and acyl chlorides to obtain pyrazolines and pyrazoles by the same method. 

This function is intermediate between the parallel model and the series model and referred to as the logarithmic law of mixture shown in curve 3. The law of mixture is valid for a composite system when there is no interaction in the interface. However, it is natural to consider that interaction will occur in the interface due to contact between A and B. Then considering the creation of interfacial phase C, different from A and B, the following equation can be presented ... 

Cellsim s universe consists of a 512 x 512 array. The program itself is completely menu-driven and includes these features (1) 256-state computed-function rules, in addition to lookup-tables, on both the Sun and CM (2) creation of look-up tables using Langton s lambda parameter (see section 3.2) (3) the ability to save images in Sun raster format and (4) the ability to generate lookup tables with standalone C code. Cellsim can be obtained via anonymous ftp on the Internet to think.com. 

An irreversible extinction of the SHG signal at 150-200°C is observed for a number of other fluoride and oxyfluoride compounds of tantalum and niobium that crystallize in centrosymmetric space groups. This phenomenon is especially typical for the compounds prepared by precipitation from solutions [206]. The appearance of the weak SHG signal for such compounds is related to imperfections in their crystal structure and the creation of dipoles. Nevertheless, appropriate thermal treatment improves the structure and leads to the disappearance of dipoles and to the irreversible disappearance of the corresponding SHG signal. 

In the context of fra/u-polyacetylene cjia and c are, respectively, the creation and annihilation operators of an electron with spin projection a in the n-orbital of the nth carbon atom (n= l,...,N) that is perpendicular to the chain plane (see Fig. 3-3). Furthermore, u is the displacement along the chain of the nth CH unit from its position in the undimerized chain, P denotes the momentum of this unit, and M is its mass. 

---