James Prescott Joule and the Concept of EnergyDawson, 1979 - 172 pages |
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Page 63
... Mayer's paper in 1843 and thereby gained benefit for his own scientific work . The rest of this chapter will be devoted to the support of these statements . Joule's laboratory notebook contained a personal translation of Mayer's paper ...
... Mayer's paper in 1843 and thereby gained benefit for his own scientific work . The rest of this chapter will be devoted to the support of these statements . Joule's laboratory notebook contained a personal translation of Mayer's paper ...
Page 73
... Mayer's work in his paper on the rare- faction and condensation of air . He did not refer explicitly to Mayer at all until 1849 when he mentioned him in connection with the sugges- tion of heat production by fluid friction . His first ...
... Mayer's work in his paper on the rare- faction and condensation of air . He did not refer explicitly to Mayer at all until 1849 when he mentioned him in connection with the sugges- tion of heat production by fluid friction . His first ...
Page 75
Henry John Steffens. interested in this same point of Mayer's work . In fact , in his paper pub- lished in March 1851 , the one to which Joule referred in his added foot- note , Thomson specifically called the above statement " Mayer's ...
Henry John Steffens. interested in this same point of Mayer's work . In fact , in his paper pub- lished in March 1851 , the one to which Joule referred in his added foot- note , Thomson specifically called the above statement " Mayer's ...
Contents
Joules Search for a Theory of Heat | 19 |
Conjectures on J R Mayer and J P Joule | 61 |
The Mechanical Equivalent of Heat | 77 |
Copyright | |
5 other sections not shown
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accuracy apparatus atmospheres of electricity atoms battery bodies caloric theory Carnot function Carnot's theory chemical chemical affinity Clausius combustion compression concept of energy concept of heat conclusion conduction considered convertibility current electricity Dalton Davy determined developed dynamical theory electric current electrolysis electromagnets equivalent of heat exact falling force Faraday Faraday's friction galvanometer gases grand agents heat and mechanical heat evolved heat produced Helmholtz hypothesis Ibid interest James Prescott Joule Joule's experimental Joule's experiments Joule's paper magnetism Manchester mathematical Mayer's paper mechanical effect mechanical equivalent mechanical force mechanical power Michael Faraday nature paddle wheel particles phenomena Philosophical Magazine physical power of heat principle proportional quantity of heat radiant heat Rankine Rankine's Regnault researches resistance Royal Society Rudolf Clausius Rumford Scientific Papers specific heat steam engine substance temperature theoretical theory of heat tion translation tricity velocity vis viva viva voltaic weight William Sturgeon William Thomson