Hurst

Hurst J E, Becker C A, Cowin J P, Janda K C, Auerbach D J and Wharton LI 979 Observation of direct ineiastic scattering in the presence of trapping-desorption scattering Xe on Pt(111) Phys. Rev. Lett. 43 1175... 

J. L. Hurst, ImplementingMembrane Cell Technology Within OuyChem Manufacturing International Symposium on Chlor—Alkali Industry, Tokyo, Japan, April, 1988. 

F. J. Hurst, D. J. Crouse, and K. B. Brown, Solvent Extraction of Craniumfrom Wet Process Phosphoric Acid, ORNL-TM-2522, U.S. Atomic Energy Commission, Washington, D.C., 1969. 

A relatively simple example of a group contribution technique is the method for estimating Hquid and soHd heat capacities (159). This method is a modification of Kopp s rule (160,161) which was originally proposed in 1864. Kopp s rule states that, at room temperature, the heat capacity of a soHd compound is approximately equal to a stoichiometric summation of the heat capacities of its atoms (elements). The Hurst-Harrison modified equation is as follows ... 

There are no reliable prediction methods for solid heat capacity as a function of temperature. However, the atomic element contribution method of Hurst and Harrison,which is a modification of Kopp s Rule, provides estimations at 298.15 K and is easy to use ... 

FIG. 26-9 Incident overpressure vs. scaled distance, surface hurst. The t points are from Kingery and PanniU, Memo Report ISIS BRL. Adapted fr am Department of Army, Navy, and Air- For ce TM5-1300, NAVFAC P-397, AFM 88-22.)... 

C22.2, No. 213 Equipment for Use in Class 1, Division 2 Hazardous Locations, A Guide for the Design, Construction and Installation of Electrical Equipment John Bossert and Randolph Hurst... 

A program of research has been supported for several years by the United Kingdom Health Safety Executive (HSE) to address the effects of sociotechnical factors on risk in the CPI. The initial emphasis of this work was to develop a methodology so that chemical process quantitative risk analysis (CPQRA) would take into accotmt the effects of the quality of the management factors of plant being assessed. This work has been described in a series of publications (e.g., Bellamy et al., 1990 Hurst et al., 1991 Geyer et al., 1990 and Hurst et al., 1992). 

FIGURE 2.14 Sociotechnical Model Underlying Audit Tool (from Hurst et al., 1992). 

Geyer, T. A., Bellamy, L. J., Astley, J. A., Hurst, N. W. (1990). Prevent Pipe Failures Due to Human Errors. Chemical Engineering Progress, November. 

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