0300 Capillary Constants 



Capillary attraction, nature. Draper, J. W. 

 Franklin I. J. 14 (1834) 147-. 



balance. Lang, V. von. [1882] Wien Ak. 

 Sb. 86 (1883) (Ab. 2) 1060-. 



CAPILLARY CONSTANTS. 



L'Hermite, . J. Phm. 27 (1841) 105-. 

 Pincherle, 8. N. Cim. 14 (1875) 17-. 

 Traube, J. J. Pr. C. 34 (1886) 292-, 515-. 

 Cantor, M. A. Ps. C. 47 (1892) 399-. 

 (Cantor.) Lohnstein, T. A. Ps. C. 48 (1893) 



207-. 

 of alcohol. Wilhelmy, L. Pogg. A. 119 (1863) 



177-. 



ammonium and lithium chloride solutions. 

 Canestrini, E. Ev. Sc.-Ind. [24 (1892)] 

 33-. 



aqueous and alcoholic solutions. Traube, J. 

 J. Pr. C. 31 (1885) 177-. 



solutions. Kazankin, N. Bs. Ps.-C. S. 



J. 23 (Ps.) (1891) 468- ; J. de Ps. 1 (1892) 



406. 

 at boiling point. Schiff, E. Berl. B. 15 (1882) 



2965-; Em. E. Ac. Line. Mm. 18 (1883) 



449-. 

 . Wiedemann, E. Lieb. A. 225 (1884) 



263-. 

 (Schiff). Volkmann, P. Lieb. A. 228 



(1885) 96-. 



(Volkmann). Schiff, E. Lieb. A. 



229 (1885) 199-. 

 calculation from measurements of drops of 



medium size. Lohnstein, T. A. Ps. C. 



54 (1895) 713-. 

 and cohesion, empirical formulae. Bartoli, A. 



Em. E. Ac. Line. T. 8 (1884) 340-, 359-. 

 of liquids. Quincke, G. A. Ps. C. 61 



(1897) 267-. 



contact angle determined by measurement of 

 drops. Kasterin, N. P. Es. Ps.-C. S. J. 25 

 (Ps.) (1893) 203- ; Fschr. Ps. (1893) (Ab. 1) 



determination. Quincke, G. A.Ps.C.27(1886) 

 219-. 



(Quincke). Volkmann, P. A. Ps. C. 28 



(1886) 135-. 



. Sieg, E. Berl. Ps. Gs. Vh. (1887) 117-. 



by frozen drops. Gradenwitz, A. A. Ps. C. 

 67 (1899) 467-. 



, Gay-Lussac's method. Pilcikov, N. Es. 

 Ps.-C. S. J. 20 (Ps.) (1888) 83-; J. de Ps. 8 

 (1889) 538-. 



by height of drops. Heydweiller, A. A. 

 Ps. C. 65 (1898) 311-. 



, Jager's method. Briucluniov, A. Kazan 



S. Ps.-Mth. Bll. 7 (1898) 203-. 

 of haloids, determination. Trusevic, A. [1889] 



Vars. S. Nt. Tr. (1889-90) (C. E., Ps. C.) No. 



5, 6-. 



homologous series, influence of tempera- 

 ture; surface tension of undercooled liquids. 

 Hock, J. Wien Ak. Sb. 108 (1899) (Ab. 2a) 

 1516-. 



influence of temperature. Timberg, G. A. Ps. 

 C. 30 (1887) 545-. 



, theoretical deductions. Jager, G. 

 Wien Ak. Sb. 100 (1891) (Ab. 2a) 245-. 



Capillarity 0300 



of liquefied gases, determination by ripple 

 method. Grunmach, L. Berl. Ak. Sb. 

 (1900) 829-. 



liquids wetting vessel, influence of curvature. 

 Volkmann, P. A. Ps. C. 11 (1880) 177- ; 53 

 (1894) 664-. 



melted bodies. Quincke, G. A. Ps. C. 135 

 (1868) 621-. 



chemical substances. Quincke, G. A. 



Ps. C. 138 (1869) 141-. 

 metals. Siedentopf, H. A. Ps. C. 61 



(1897) 235-. 



mercury. Quincke, G. Pogg. A. 105 (1858) 



.' Lippmann, G. Par. S. Ps. Se. (1885)174. 



, influence of temperature. Jager, G. 

 Wien Ak. Sb. 101 (1892) (Ab. 2a) 954-. 



non-aqueous solutions. Jager, G. Wien 

 Ak. Sb. 101 (1892) (Ab. 2a) 158-. 



organic substances in aqueous solution. 

 Traube, J. [1890] Lieb. A. 265 (1891) 27-. 



salt solutions. Chervet, A. C. E. 101 

 (1885) 235-. 



. Kazankin, N. P. Kazan S. Ps.- 

 Mth. Bll. 1 (1891) (Prot.) 55. 



salts at their melting point. Traube, J. 

 Berl. B. 24 (1891) 3074-. 



soapy water and other liquids. Kwrz, A. 

 Exner Epm. 20 (1884) 459-. 



solids. Quincke, G. [1868] Berl. Mb. (1869) 

 132-. 



variation. Marangoni, C. Em. E. Ac. Line. 



Ed. 2 (1886) (Sem. 2) 224-; J. de Ps. 2 



(1893) 68-. 

 of water, influence of temperature. Timberg, G. 



Stockh. Ak. Hndl. Bh. 16 (Afd. 1) (1891) 



No. 11, 39 pp. 

 at various temperatures. Canestrini, E. 



Ev. Sc.-Ind. 23 (1891) 56-, 79-, 94-, 141-. 

 <r, direct deduction as a surface tension. 



Hulshof, H. Amst. Ak. Vs. 8 (1900) 432-, 



555; Amst. Ak. P. 2 (1900) 389-. 



Capillary curve. Lehot, C. J. Bb. Brit. 58 

 (1815) 78-. 



equivalents of elements and constants of 

 organic substances. Schiff, E. Em. E. Ac. 

 Line. Mm. 19 (1884) 388-. 



force, distensive, and its effects. Marangoni, 

 C. Em. E. Ac. Line. Ed. 5 (1889) (Sem. 2) 

 268-. 



, instability of cylinder of viscous liquid 



under. Eauleigh, (Lord). Ph. Mg. 34 (1892) 

 145-, 177-. 



, oscillations of liquid spheroid under. 



Julius, V. A. Amst. Ak. Vs. Md. 5 (1889) 

 139- ; Arch. Neerl. 23 (1889) 72-. 



functions, deduction. Fuchs, K. Wien Ak. 

 Sb. 98 (1890) (Ab. 2a) 1362-. 



multiplier. Worthington, A. M. L. Ps. S. 

 P. 6 (1885) 351- ; Ph. Mg. 19 (1885) 43-. 



phenomena, application of thermodynamics. 

 Duhem, P. Par. EC. Norm. A. 2 (1885) 207-. 



, Van der Waals's equation. Janet, P. 



J. de Ps. 5 (1886) 328-. 

 of chloroform and other liquids. Swan, W. 



Ph. Mg. 33 (1848) 36-. 



55 



