Daniels, Mitchell

Wolfsberg, K. Aguilar, R.D. Bayhurst, B.P. Daniels, W.R. DeVilliers, S.J. Erdal, B.R. Lawrence, F.O. Maestas, S. Mitchell, A.J. Oliver, P.Q. Raybold, N.A. Rundberg, R.S. Thompson, J.L. Vine, E.N. "Sorption-Desorption Studies on Tuff. III. A Continuation of Studies with Samples from Jackass Flats and Yucca Mountain, Nevada", Report LA-8747-MS, Los Alamos National Laboratory, 1981. 

Daniel GB, Mitchell SK, Mawby D, Sackman JE, Schmidt D (1999) Vet Radiol Ultrasound 40 572... 

Many thanks to Peter Godfrey-Smith, Michael Strevens, Anthony Everett, and Deena Skolnick who helped me to clarify the main ideas of this paper tremendously. I would also like to thank Philip Kitcher, Sandra Mitchell, Paul Churchland, Roald Hoffmann, John Brauman, Paul Needham, Tania Lombrozo, and Daniel Corbett for helpful discussions of earlier drafts. The work in this paper was partially supported by an NSF Graduate Research Fellowship. 

Vanadium in Ascidians and the Chemistry of Tunichromes Mitchell J. Smith, Daniel E. Ryan, Koji Nakanishi,... 

We thank Patricia Balvanera, Steve Bullock, Fernando Chiang, Tom Daniel, Patricia Davila, Elvira Duran, Richard Felger, Thomas Gillespie, Jamie Gordon, Leticia Hernandez Lopez, Mitchell Provance, Martin Quigley, Lourdes Rico, Andy Sanders, Mario Sousa, Victor Steinmann, hma Trejo,... 

In recent years, achievements of the physics of biopolymers have promoted the development of the latest representations of the possibility to study biological systems and their evolution by means of classical thermodynamic techniques (Danielle, Denbigh, Mitchell, Gladyshev, etc ). The thermodynamic theory of life system evolution [1-8, 11] gives answers to the questions why evolution proceeds Where it is directed to What is its motive power ... 

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