208 LITERATURE OF THERMODYNAMICS. 



Ramsay (W.) and Young (3.)- On some therraodyuamical relations. 

 Phil. Mag. [5] 20 (1885) 515 ; 21 (1886) 33, 135 ; 22 (1886) 32 ; Nature, 

 34 (1886) 138.— See W. E. Ayrton and J. Perry, Phil. Mag. [5] 21 

 (1886) 255. 



and . Influence of the change of condition from the 



fluid to the solid state on vapour-pressure. Phil. Mag. [5] 23 (1887) 

 61 ; Nature, 36 (1887) 23. 



and . Studien iiber Verdampfung und Dissociation. 



(Von den Autoreu fiir die Zeitschrift bearbeiteter Auszug ihrer an 

 verschiedeuen Orten verofleutlichten Untersuchungeu.) Z. phys. Chem. 

 1 (1887) 277-358, 433-455. 



and . On the nature of liquids, as shown by a study 



of the thermal properties of stable and dissociable bodies. Phil. Mag. 

 [5] 23 (1887) 129, comm. by the Physical Soc, read Dec. 11, 1886. 



and . On evaporation and dissociation. Parts 1 



and 2, Phil. Trans. (1886) i 71 and 123 ; Part 3, Phil. Trans. (1886) 

 II 1 ; Part 4, Trans. Chem. Soc. (1886) 790 ; Parts 5 and 6, Phil. Mag. 

 [5] 23 (1887) 435 ; 24 (1887) 196. 



and . On the gaseous and liquid states of matter. 



Phil. Mag. [5] 23 (1887) 547. 



— and . Thermal properties of ethyl-alcohol and ethyl- 



oxyd. Chem. News, 56 (1887) 18 ; Beiblatter, 12 (1888) 36, abs. 



Ramsbottom. The caloric engine. Mechanics' Mag. 64 (1856) 110. 



Rankine ( W. J. M.). Abstract of a paper on the hypothesis of mo- 

 lecular vortices, and its application to the mechanical theory of heat. 

 Proc. Ediub. Soc. 2 (1850) 275.— See Phil. Mag. 10 (1855) 354, 411. 



. Note as to the dynamical equivalent of temperature 



in liquid water, and the specific heat of atmospheric air and steam. 

 Edinburgh Trans. 20 ii (1851) 191 ; Jahresb. (1854) 36. 



. On the economy of heat in expansive machines. 



Edinburgh Trans. 20 (1851) 235. 



. Ou the law of compressibility of water at different 



temperatures. Phil. Mag. [4] 1 (1851) 548. 



. On the mechanical theory of heat. Phil. i\Iag. [4] 2 



(1851) 61.— See Ann. Phys. u. Chem. 81 (1850) 175 ; Jahresb. (1850) 

 50. 



