6210 Voltaic Potential Differences Electrochemical Action 6210 



Concentration, E.M.F. as function of. Bucherer, 



A. H. C. Ztg. 20 (1896) 13-. 

 Current, time of development. Jacobi, M. H. ELECTROCHEMICAL ACTION. 



Pogg. A. 45 (1838) 281-. 

 Determination by capillary electrometer. 



Mitller, E. Z. Elektch. (1899-1900) 543-. 

 Effect of temperature. Lindig, F. A. Ps. C. 



123 (1864) 1-. 

 . Bleekrode, L. [1867] A. Ps. C. 138 



(1869) 571-. 



. Kahlmeter, T. Stockh. Ofv. (1885) 



No. 7, 83-; Fschr. Ps. (1885) (Ab. 2) 684-. 

 Gases. Beetz, W. Pogg. A. 77 (1849) 493-. 

 , elementary. Bose, E. Z. Ps. C. 34 (1900) 



701-. 

 Heat of combination and E.M.F. Herroun, 



E. F. L. Ps. S P. 10 (1890) 66-; Ph. Mg. 



27 (1889) 209-. 



units, E.M.F. expressed in. Thomaen, J. 

 Kiob. Dn. Yd. Selsk. Skr. 5 (1861) 153-. 



Ions, thermochemistry. Ostwald, W. Leip. 



Mth. Ps. B. 45 (1893) 54-. 

 Law. Beetz, W. Pogg. A. 104 (1858) 305-. 

 Lead peroxide, electrolytic deposits. Guebhard, 



A. Par. S. Ps. Se. (1884) 101-. 

 Metals, electrolytic separation, and E.M.F. 



Freudenberg, H. Z. Ps. C. 12 (1893) 97-. 

 Method of studying. Raoult, J. M. G. R. 49 



(1859) 81-. 

 Partition equilibrium and E.M.F. LutJier, R. 



Z. Ps. C. 19 (1896) 529-; 22 (1897) 85-; 26 



(1898) 170-. 

 Peroxide hydrates, thin layers. Schreber, K. 



A. Ps. C. 36 (1889) 662-. 

 Photographic positives obtained by thio-carb- 



amide and electric currents. Waterlwuse, 



(Col.) . Beng. As. S. P. (1891) 66-. 

 Relation, apparent, to gravity. Gore, G. Ph. 



Mg. 34 (1892) 307. 



to atomic weight, chemical heat, etc. Gore, 

 G. Birm. Ph. S. P. 7 (1889-91) 253-. 



equivalent volume and molecular velocity. 



Gore, G. [1892] Birm. Ph. S. P. 8 (1891- 



93) 63-. 

 latent heat, density, etc. Gore, G. Ph. 



Mg. 32 (1891) 157-. 



pressure, etc. Gore, G. Ph. Mg. 35 

 (1893) 97-. 



Selenium, illuminated, electromotive action. 



Fritts, C. E. Am. J. Sc. 26 (1883) 465-; 



Am. As. P. (1884) 97-. 

 , , (Fritts). Siemens, W. Berl. Ak. 



Sb. (1885) 147-. 

 Solutions, saline. Moser, J. Wien Ak. Sb. 



94 (1887) (Ab. 2) 115- ; Mh. C. (1886) 273-. 

 Sulphides, metallic. Skey, W. N. Z. I. T. 3 



(1870) 232-. 



Sulphur, purified, experiments. Threlfall, , 



<& Allen, J. B. Aust. As. Rp. (1898) 245-. 

 Theory. Exner, F., & Tuma, J. Wien Ak. Sb. 



97 (1889) (Ab. 2a) 917- ; Mh. C. (1888) 903-. 

 Water, pure. Goure de Villemontee, G. J. de 



Ps. 4 (1895) 293-. 

 Zinc amalgam. Lippmann, G. Par. S. Ps. 



Se. (1884) 69-. 



and iodine, combinations of. Laurie, A. P. 

 [1885-86] Edinb. R. S. P. 13 (1886) 328-; 

 Ph. Mg. 21 (1886) 289-. 



Gay-Lussac, L. J. Par. S. Phlm. N. Bll. 1 

 (1807) 71-, 97-, 105-. 



Becquerel, A. C. A. C. 23 (1823) 244-, 259-; 

 24 (1823) 192- ; Par. S. Phlm. Bll. (1823) 72-; 

 A. C. 26 (1824) 176- ; 35 (1827) 113-. 



Yelin, J. C. von. Gilbert A. 73 (1823) 340. 



Matteucci, C. [1834] Bb. Un. 58 (1835) 23-. 



Aim6, G. (vi Adds.) C. R. 1 (1835) 471-. 



Andreivs, T. B. A. Rp. (1838) (pt. 2) 69-. 



Schimbein, C. F. Basel B. 3 (1838) 58-; Ph. 

 Mg. 12 (1838) 311-. 



Matteucci, C. Bb. Un. 21 (1839) 153- ; 24 

 (1839) 352-; A. C. 74 (1840) 99-. 



Becquerel, A. C. G. R. 22 (1846) 381-. 



Edlund, E. Stockh. Ofv. 29 (No. 7) (1872) 15- ; 

 Arch. Sc. Ps. Nt. 48 (1873) 5-. 



Prytz, K. Ts. Ps. C. 29 (1890) 161-. 



Chemical action of current, relation to mode of 

 combination of bodies decomposed. Mat- 

 teucci, C. A. C. 71 (1839) 90-. 



and electricity, opposition. Ruhland, 

 R. L. Gehlen J. 9 (1810) 426-. 



, relation. Davy, (Sir) H. Phil. 



Trans. (1826) (pt. 3) 383-. 

 , (Davy). Schweigger, J. S. (7. 



Schweigger J. 52 ( = Jb. 22) (1828) 33-. 

 , . Schroeder, H., & Schroeder, 



R. Cztg. Opt. 13 (1892) 178-, 189-. 

 E.M.F., action of free oxygen of water in 



producing. Delarive,A. (viAdds.) Majocchi 



A. Fis. C. 23 (1846) 174-. 

 , affinities deduced from. Becquerel, A. C. 



[1875] Par. Ac. Sc. Mm. 41 (1879) No. 1, 1-. 

 , of liquids deduced from. Becquerel, A. C. 



C. R. 81 (1875) 849-. 

 , solutions deduced from. Becquerel, 



A.C. C. R. 81 (1875) 803-. 

 , chemical affinity in terms of. Wright, 



C. R. A. L. Ps. S. P. 3 (1880) 213- ; 4 



(1881) 101- ; 5 (1884) 44-, 131- ; Ph. Mg. 9 

 (1880) 237-; 11 (1881) 169-, 261-, 348-; 13 



(1882) 265-; 14 (1882) 188-. 



_ f _ . Wright, C.R.A.,<& Rennie, 



E. H. L. Ps. S. P. 3 (1880) 246-; Ph. Mg. 



9 (1880) 331-. 

 , . Wright, C. R. A., <6 



Thompson, C. L. Ps. S. P. 5 (1884) 257-; 



Ph. Mg. 16 (1883) 25-; L. Ps. S. P. 6 (1885) 



77-, 275-; Ph. Mg. 17 (1884) 282-, 377-; 



19 (1885) 1-, 102-, 197-. 

 , . Wright, C. R. A. B. A. 



Rp. (1885) 978-; Tel. E. J. 14 (1885) 545-. 



and chemical energy of various galvanic 

 combinations. Thomsen, H. P. J. J. A. 

 Ps. C. 11 (1880) 246-. 



in electrolysis. Schmidt, L. Pogg. A. 109 

 (1860) 106-. 



, expenditure in electrochemical processes. 



Quincke, F. S. C. In. J. 14 (1895) 664. 

 , localisation. Moser, J. Wien Az. 24 



1887) 232- ; Mh. C. (1887) 508-. 

 , . Miesler, J. Wien Ak. Sb. 96 (1888) 



(Ab. 2) 983-, 1321- ; Mh. C. (1887) 626-, 



713-. 



