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Wolves INDEX

Rheumatoid Arthritis. Figure 1 The development of disability overtime in a group of RA patients studied prior to the early 1990s. FDI = functional disease index where 1 = moderate disability, 2 = more marked disability, 3 = severe disability and 4 = very severe disability (from Wolfe, Cathey (1991) J Rheumatol 18 1298). [Pg.1081]

Budavari, S., ed. (1996) The Merck Index, 12th Ed., Whitehouse Station, NJ, Merck Co., p. 297 Callen, D.F., Wolf, C.R. Philpot, R.M. (1980) Cytochrome P-450 mediated genetic activity and cytotoxicity of seven halogenated aliphatic hydrocarbons in Saccharomyces cerevisiae. [Pg.424]

The value of the refractive index n of light in the anisotropic medium depends on the direction of propagation s and on the direction of the polarisation of the light. For the given relative permittivity tensor ji, the refractive index can be determined from the relation (Born and Wolf 1970 Landau et al. 1987)... [Pg.206]

Jameson BA, Wolf H (1988) The antigenic index a novel algorithm for predicting antigenic determinants. Comput Appl Biosci 4 181-186... [Pg.137]

The ellipsometric parameters xl> and A experimentally determined with a homogeneous thick sample, are algebraically related with the components of the dielectric function, which in turn define the refractive index and the absorption index (Bom and Wolf, 1980). The parameters for the strong oscillator used to simulate the spectra shown in Fig. 6.4-5 were chosen to resemble the strong infrared resonance of quartz glass. Radiation reflected from such a sample was measured ellipsometrically the evaluation led to the results presented In Fig. 6.4-14. For weaker absorbers such as many molecular compounds. [Pg.591]

As pointed out by Skrabal and Schiffrer [173], the rate-determining step must be in the transition from acetal to hemiacetal because the rate coefficient for the hydrolysis of methyl ethyl formal is equal to the mean value of those for the hydrolyses of dimethyl formal and diethyl formal. Wolf and Hero Id [174] supplied more direct evidence on this matter. They found that the UV absorption bands of aldehydes slowly decrease in alcoholic solutions. This indicates that a reaction takes place. The product of the reaction immediately splits off aldehyde under the conditions of a bisulfite titration, therefore it cannot be acetal and it must be hemiacetal. Acetals are much more stable, and they are not hydrolyzed in a bisulfite titration. A quantitative kinetic study of the reaction of aldehyde with alcohol was carried out by Lauder (175] with the aid of dilatometric and refractive index measurements. He observed that hemiacetal is formed in a relatively fast reaction which is followed by a slow reaction leading to acetal. [Pg.44]

The application of the Lorentz-Lorenz equation gives a convincing demonstration of the general similarity of the linear response in gas and liquid but its application in the liquid introduces an approximation which has not yet been quantified. A more precise objective for the theory would be to calculate the frequency dependent susceptibility or refractive index directly. For a continuum model this may lead to a polarizability rigorously defined through the Lorentz-Lorenz equation as shown in treatments of the Ewald-Oseen theorem (see, for example Born and Wolf, plOO),59 but the polarizability defined in this way need not refer to one molecule and would not be precisely related to the gas parameters. [Pg.82]

Wolfe, R.E., E.R. Kinead, M.L. Feldmann, H.F. Leahy, and W.W. Jederberg. 1997. Acute Toxicity Evaluation of JP-8 Jet Fuel and JP-8 Jet Fuel Containing Additives. Govt. Rep. Announce Index (GRA I) Issue 09. [Pg.28]

Both Bmggeman and Looyenga exhibit an increased refractive index compared to the Maxwell-Gamett formula, due to the interconnection of the silicon network (Theiss 1997 Theiss and Hilbrich 1997). For a porosity P of 30 % and a wavelength between 300 and 1,500 mn, the calculation deviates only 3 % from the Bmggeman formula and 10 % from the Looyenga model, whereas the deviation from the Maxwell-Gamett model is 74 % (Wolf et al. 2008). [Pg.797]

Freestanding 40 Refraetive index versus wavelength KM theory/ Lambertian 500-1500 Wolf et al. (2008)... [Pg.799]

Hoerr, John P. And the Wolf Finally Came The Decline of the American Steel Industry. Pittsburgh University of Pittsburgh Press, 1988. Hoerr integrates the collapse of the American steel industry with the decline of the American labor movement. His work is based on primary and secondary sources, including many interviews. Extensive section of notes and an index. [Pg.1748]

Iron particles are considered as an example of small absorbing particles. The real and imaginary parts of the refractive index of these particles are 1.51 and 1.63 see Born and Wolf °. The response of the iron particles is compared with that of small glass beads, which are taken as dielectric particles with refractive index 1.51. A comparison between these two cases demonstrates how the material of a small particle may be recognized in a mixture of particles with different optical properties. [Pg.230]


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