Young Footnote

Having met Joule for the first time at the 1847 meeting of the British Association for the Advancement of Science in Oxford, Thomson initially accepted that Joule s experiments had shown that work converted into heat. Committed to Carnot s theory of the production of work from a fall of heat, however, he could not accept the converse proposition that work had been converted into heat could simply be recovered as useful work. Therefore, he could not agree to Joule s claim for mutual convertibility. By 1848 he had appropriated from the lectures of the late Thomas Young (reprinted in the mid-1840s) the term energy as a synonym for vis viva (the term in use at the time, traditionally measured as mtc) and its equivalent terms such as work, but as yet the term appeared only in a footnote. 

Amprenavir PI 1200 mg bid Separate dosing from didanosine or antacids by 1 hour. Avoid high-fat meals. Rash, diarrhea, nausea See footnote 2 for concurrent drug contraindication s. Oral solution contraindicated in young children and pregnant women. 

This manner of disrespect hearkens back to the MIT report (see footnote 4). Students and young research scientists are not unaware of the treatment of senior women staff and faculty. Until a few years ago, my postdoctoral associates at the Naval Research Laboratory said that there was no way they would consider an opening at NRL because of how I was treated relative to my male colleagues. 

Principally by Young and his co-workers. For a leading article see footnote 31. 

The application of this approach to the hard-sphere system was presented by Ree and Hoover in a footnote to their paper on the hard-sphere phase diagram. They made a calculation where they used Eq. (2.27) for the solid phase and an accurate equation of state for the fluid phase to obtain results that are in very close agreement with their results from MC simulations. The LJD theory in combination with perturbation theory for the liquid state free energy has been applied to the calculation of solid-fluid equilibrium for the Lennard-Jones 12-6 potential by Henderson and Barker [138] and by Mansoori and Canfield [139]. Ross has applied a similar approch to the exp-6 potential. A similar approach was used for square well potentials by Young [140]. More recent applications have been made to nonspherical molecules [100,141] and mixtures [101,108,109,142]. 

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