Curling factor

Crysticillin AS, 926 Crystodigin, 541 CSAG144, 721 C-Tran, 446 Cuplex, 965 Cuprimine, 857 Curarin, 1057 Curling factor, 645 Curretab, 726 Cusum chart, 121 Cutisan, 1041 Cyanabin, 496 Cyanazine, 82 Cyanide,... 

Brian, P.W., P. J. Curtis, and H.G. Hemming A substance causing abnormal development of fungal hyphae produced by Penicillium Janczewiskii Zal. I. Biological assay, production and isolation of curling factor. Trans. Brit. Mycol. Soc. 29, 173 (1946). 

Like the curl condition is reminiscent of the Yang-Mills field, the quantization just mentioned is reminiscent of a study by Wu and Yang [76] for the quantization of Dirac s magnetic monopole [77-78]. As will be shown, the present quantization conditions just like the Wu and Yang conditions result from a phase factor, namely, the exponential of a phase and not just from a phase. 

When the reaction times for Step 1 are 5 min or longer, the samples severely crack, curl, or dissolve. These results suggest that substantial reaction is occurring in the bulk of the polymer. Significant hydrophilization can occur with reaction times as short as 5 s with RTD concentrations of 0.2-0.5 M. However, 0.002-0.02 M solutions of MeTD or PhTD do not allow sufficient reaction rates for surface hydrophilization at the shorter reaction times. Thus, diffusion of MeTD and PhTD into the polymer must occur readily from the acetonitrile solutions. Acetonitrile was used because it does not swell or dissolve the polymer or RTD-polymer adduct, and the RTDs are soluble and stable in it. This solvent is quite polar (dielectric constant, 38) (25), and this is probably a major factor in the partitioning of the relatively nonpolar RTDs between the polydiene film and the solvent. As noted below, more polar RTDs show less tendency to diffuse into the polymer. 

In the non-Abelian Stokes theorem (482), on the other hand, the boundary conditions are defined because the phase factor is path-dependent, that is, depends on the covariant derivative [50]. On the U(l) level [50], the original Stokes theorem is a mathematical relation between a vector field and its curl. In 0(3) or SU(2) invariant electromagnetism, the non-Abelian Stokes theorem gives the phase change due to a rotation in the internal space. This phase change appears as the integrals... 

White phosphorus exposure to plants results in a variety of deleterious effects which are based upon the species of plant, the smoke concentration, the duration of exposure, the relative humidity, and the wind speed. These effects can include leaf tip bum, leaf curl, leaf abscission and drop, floral abortion, chlorosis, neucrotic spotting, wilting, dessication, and dieback. Other factors influencing the effects of white phosphorus upon plants are whether or not there is a post-exposure rainfall and whether the exposure is a large acute dose or several lower chronic doses (Van Voris et al. 1987). 

The scale of the cells within the multifilament strand is controlled by two factors (1) the number of primary filaments bundled into the second feedrod, and (2) the size of the extrusion die used to form the second filament. The number of filaments bundled into the second feedrod is determined by both the size of the primary filaments and the size of the second feedrod. The decreasing ratio of extrusion die sizes results in a dramatic increase in the number of cells within a strand. In addition to making finer cell sizes possible, it is also much easier to lay coarse multifilament strands into a die than it is to lay small fibers. The strands lay straight and flat, whereas fibers tend to curl up and become intertwined. However, despite the fine cell size, the coarseness of the strands limits their use to architectures in which the scale of a cluster of cells is no less than 0.75 mm. 

The load applied to the surface of the polyurethane by the impinging particle is considered to be an important factor in the wear process (Ephithite, 1985). The force is a product of the mass and velocity. The mass of the particle increases greatly as it becomes larger (the volume increases by the cube of its dimensions). When a certain force is reached, rolling wear will commence. Depending on the force, either the elastomer will deform or, if the force is large enough, a particle of polyurethane will be removed in a scallop-like piece or a curled-up leaf. 

Attempts to use these kinds of devices on low-viscosity materials showed that the flows did not twist and curl in quite that same fashion. In the low-viscosity region, pressure drop is a key factor. The second type of static mixer gets pressure drop through controlled channels, different types of static elements, as well as random placement of baffles, blades, orifices, or other devices inside the pipeline. 

The C-terminal tail of rhodopsin extends from residue 324 to residue 348 and is relatively poorly determined in the crystal structure (thermal factors >50 in the A chain, and not resolved in the B chain). From 324 to 330, the C-terminal tail curls back over H8. Residues 331-333, near the C-terminus of TM7, could not be modeled. From 334 to 338 the chain passes over the end of TM2, turns, and finally extends in the direction of TM4 but away from the body of the helix bundle. 

Instead of the numerical factor 4.0 in Equation 7.10, hydrodynamic theory predicts a factor near 6.0 for the effective boundary layer thickness adjacent to a flat plate (both numbers increase about 3% per 10°C Schlichting and Gersten, 2003). However, wind tunnel measurements under an appropriate turbulence intensity, as well as field measurements, indicate that 4.0 is more suitable for leaves. This divergence from theory relates to the relatively small size of leaves, their irregular shape, leaf curl, leaf flutter, and, most important, the high turbulence intensity under field conditions. Moreover, the dependency of 6bl on /° 5, which applies to large flat surfaces, does... 

Pitzer, K.S., Lippmann, D.Z., Curl, R.F., Huggins, C.M. and Peterson, D.E. (1955b). The Volumetric and Thermodynamic Properties of Fluids. II. Compressibility Factor, Vapor Pressure and Entropy of Vaporization. JAm.Chem.Soc., 77, 3433-3440. 

The Kesler-Lee correlations for liquid and vapour phase heat capacities of petroleum fluids are used for estimating the respective enthalpies at temperatures of interest. The Lee-Kesler corresponding-states method is used for obtaining estimates of the heats of vaporization and for developing the saturation envelope enthalpies. This method uses the Curl and Pitzer approach and calculates various thermodynamic properties by representing the compressibility factor of any fluid in terms of a simple fluid and a reference fluid as follows ... 

Label curl also occurs when paper is heated and moisture is lost . In addition to the relationship grain direction has with moisture (this applies to both loss and gain), two other factors associated with it are as follows. 

Although this has already been mentioned, it is always a factor to consider when any label is applied by a wetting adhesive. Both printing inks and coatings tend to reduce the moisture absorbency of a paper and thereby increase any curl (which is... 

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