Allen, Morse

Experimental investigations of pyrite formation provide important constraints on sedimentary geochemistry. Beginning with the pioneering work of Allen et al. (1912) and later that of Berner (1962, 1964b,c), the formation of pyrite at Earth surface conditions has been the subject of a number of detailed laboratory studies. Much of the earlier literature is reviewed by Morse et al. (1987). These laboratory investigations have resulted in the recognition of several potential mechanisms for formation of pyrite at T < 100 °C. All these mechanisms involve redox reactions because the ultimate source of sulfur in pyrite, H2S, is more reduced than the disulhde in pyrite. These redox reactions include ... 

Surface Diffusion on a Rigid Surface via Molecular Dynamics Using the Cu Morse potential developed in problem 2 of chap. 4, compute the diffusion constant for diffusion on the (100) and (111) faces of Cu using molecular dynamics. Assume that the surface is unreconstructed and rigid. As a result, the only free degrees of freedom in the problem are those associated with the diffusing adatom. To maintain the appropriate temperature, use the dynamics introduced in eqn (12.74) and explained in Allen and Tildesley (1987). 

Smith K, Morse M, Mork P, Li M, Rosenthal A, Allen D, Seligman L (2009) The role of schema matching in large enterprises. In CIDR, Asilomar Winkler W (1999) The state of record linkage and current research problems. In Statistics of Income Division, Internal Revenue Service Publication R99/04 Wordnet (2007) http //wordnet.princeton.edu... 

Hayden, J. Allen Horton, Alfred John Kinsman, Hemy Koster Jr., E. E. Lauer, Harold F. Millman, Fred W. Misch, Leon Mason Monell, Robert E. Morse, Henry N. Oellrich, Frank E. Prentice, Frank H. Reichel (fired), Edward Schmidt, Ralph B. Shivel, Theodore F. Spear, Gerald Thorp, Earl Albert Tyler, Charles Wadsworth III (Harvard Ph.D.), Roger Churchyard Williams, and Louis Harrington Zepfler. 

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