Hayne

Haynes G R and Voth G A 1993 The dependence of the potential of mean force on the solvent friction consequences for condensed phase activated rate theories J. Chem. Phys. 99 8005... 

Haynes G R, Voth G A and Poliak E 1993 A theory for the thermally activated rate constant in systems with spatially dependent friction Chem. Phys. Lett. 207 309... 

Haynes G R and Voth G A 1995 Reaction coordinate dependent friction in classical activated barrier crossing dynamics when it matters and when it doesn t J. Chem. Phys. 103 10 176... 

Haynes C A and Norde W 1995 Structural stabilities of adsorbed proteins J. Colloid Interface Sci. 169 313-28... 

The problem has been discussed in terms of chemical potential by Everett and Haynes, who emphasize that the condition of diffusional equilibrium throughout the adsorbed phase requires that the chemical potential shall be the same at all points within the phase and since, as already noted, the interaction energy varies wtih distance from the wall, the internal pressure must vary in sympathy, so as to enable the chemical potential to remain constant. 

BroekhofF and de Boer have addressed themselves to the same problem, putting forward an analysis based on an expression for the chemical potential of the adsorbed him as a function of its thickness t. The status of the de Boer treatment has been discussed in some detail by Everett and Haynes. ... 

The time is perhaps not yet ripe, however, for introducing this kind of correction into calculations of pore size distribution the analyses, whether based on classical thermodynamics or statistical mechanics are being applied to systems containing relatively small numbers of molecules where, as stressed by Everett and Haynes, the properties of matter must exhibit wide fluctuations. A fuller quantitative assessment of the situation in very fine capillaries must await the development of a thermodynamics of small systems. Meanwhile, enough is known to justify the conclusion that, at the lower end of the mesopore range, the calculated value of r is almost certain to be too low by many per cent. 

D. H. Everett and J. M. Haynes, Colloid Science , Vol. I, p. 123, Specialist Periodical Reports, Chemical Society, London (1973). 

Fig. 10. 1000 h stress—rupture curves of wrought cobalt-base (Haynes 188 and L-605) and wrought iron-base superalloys (49). To convert MPa to psi,... 

Tables 10 and 11 list typical compositions of cast and wrought cobalt-base alloys, respectively. Stress—mpture properties of two wrought cobalt alloys, Haynes 188 and L-605, are compared to those of iron—nickel alloys ia Figure 10 (49). The cobalt alloys generally are inferior ia strength to the strongest cast nickel-base superaHoys. Tensile strengths at low and iatermediate temperatures are particularly deficient for the cobalt alloys.

Cobalt aHoys may find appHcation ia a fluidized-bed process for the direct combustion of coal (qv). CoCrAlY-coated Haynes 188 has proven to be one of the most resistant materials to a fireside corrosion process encountered ia tubes coimected the fluidized-bed combustor to a steam turbiae. 

MONEL, DURANICI-CEL, BRIGHTRAY, INCONEL, INCOLOY, and NIMONIC ate trademarks of the Inco family of companies HASTELLOY and C-22 ate trademarks of Haynes International ILLIUM is a trademark of Stainless Eoundty and Engineering Co. UDIMET is a trademark of Special Metals Corp. MAR-M is a trademark of Martin Marietta Corp. RENH is a trademark of General Electric Co. and WASPALOY is a trademark of United Technologies Corp. 

Haynes High TemperatureM/loys, Haynes International, Inc., Kokomo, Ind., 1984 to 1993. 

Occidental Chemical Corp. 109 Casde Hayne, N.C. sodium dichromate... 

W. Haynes, Brimstone The Stone That Bums, Van Nostrand Co., Princeton, N.J., 1959. 

World Pat. 9529700-Al (1995), B. E. Haynes and T. J. Palker, "New Peptide Corresponding to HIV Sequences Used for Induciug Protective Immunity to HIV and iu the Treatment of e.g. Auto-Immune Disease Infectious Diseases and Tumors" (to Duke University). 

D. B. McKeever and K. C. Jackson, "Economic Importance of the Timber Processing Industdes," ia R. W. Haynes, coordinator. An. Analysis of the Timber Situation in the United States, 1989—2040, General Technical Report RM-199, U.S. Department of Agriculture, Porest Service, Rocky Mountaia Porest and Range Experiment Station, Port Collins, Colo., 1990, Chapt. 4, pp. 59—78. 

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