Paterson

Cj) Caldirola Paterson Equation of State. Dunkle (Ref 10, p 183), stated that Cook (Ref 2c) found by working backward from experimental detonation rates to Corresponding values of covolume, that for all expls at very high pressures the Covolume is a function of the specific volume only. At these pressures all molecules have the same covolume per unit weight the dependence of a(T,v) on temperature is exceedingly small. The equation of state can be written pV = nRT +a(v)p 

C2) Callendar Equation of State. It is one of the modifications of vanderWaals equations, originally developed to represent the behavior of steam at moderate pressure. It was found to. e applicable to other vapors and to gases  

Cj) Clausius Equation of State. It is a modification of vanderWaals equation, in which is introduced an expression l/T(V+c) to correct the pressure-correction term (a) for its variation with temperature. Clausius equation is given in Ref 8, p 161 in the form  

As we were not sure which of the numerous eqs listed in paper of Fickett Wood is /3 and which is y, we asked Mr. Fickett for clarification. We received a letter (Ref 18) which answered our questions. The. letter is reproduced here after changing (by permission of Mr F) E, P, V to e, p, v, since they represent specific values 

The form which we have called the constant-/3 equation of state is obtained from (3-6) by making the additional assumption 

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Bernard A, A M CapeUi, A Comotti, C Gannari, J M Goodman and I Paterson 1990. Transltion-St Modeling of the Aldol Reaction of Boron Enolates A Force Field Approach. Journal of Orga Chemistry 55 3576-3581. 

Technical brochure, CYAJSIEIK 923 Extractant, SPT-032a, Cytec Industries, Inc., West Paterson, N.J., 1987. 

J. R. Piggott and A. Paterson, eds., Disti//edBeverage F/apour, ElHs Horwood, Ltd., Chichester, UK, 1989. 

Swift, H.F., Preonas, D.D., Dueweke, P.W., and Bertke, R.S., Response of Materials to Impulsive Loading, Air Force Materials Laboratory Technical Report No. AFML-TR-70-135, Wright-Paterson AFB, OH, 76 pp.. May 1970. 

Herrman, W. and Nunziato, J.W., Nonlinear Constitutive Equations, in Dynamic Response of Materials to Intense Impulsive Loading (edited by Chou, P.C. and Hopkins, A.K.), Air Force Materials Laboratory, Wright-Paterson AFB, 1973, Chap. 5. 

Bless, S.J., Spall Criteria for Several Metals, Air Force Wright Aeronautical Laboratories Technical Report No. AFWAL-TR-81-4040, Wright-Paterson AFB, Dayton, OH, 114 pp., June 1981. 

Fig. 10-5. Comparison of for 0.1 ppm NO2 and Rayleigh scattering by air. The photopic eye response represents the range of wavelengths over which the eye detects light. Source Husar, R., White, W. H., Paterson, D. E., and Trijonis, J., "Visibility Impairment in the Atmosphere," Draft report prepared for the U.S. Environmental Protection Agency under Contract No. 68022515, Task Order No. 28.

Australia, is the doyen of materials scientists who study the elastic and plastic properties of minerals under hydrostatic pressure and also phase stability under large shear stresses (Paterson 1973). J.-P. Poirier, in Paris, a professor of geophysics, was trained as a metallurgist one of his special skills is the use of analogue materials to help understand the behaviour of inaccessible high-pressure polymorphs, e.g., CaTi03 perovskite to stand in for (Mg, FelSiOi in the earth s mantle (Poirier 1988, Besson el al. 1996). 

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