The Tyndall effect in liquids.

[1] AECKERLEIN G, 1906, PHYS Z, V7, P594

[2] BENDER C, 1890, WIED ANN, V39, P89

[3] Born M, 1918, ANN PHYS-BERLIN, V55, P177

[4] BORN M, 1918, VERH D PHYS GES, V20, P16

[5] BORN M, 1917, VERH D PHYS GES, V19, P243

[6] CABANNES, 1921, ANN PHYS, V15, P1

[7] Concerning the optical perception and electrical migration of dissolved molecules [J]. ZEITSCHRIFT FUR ELEKTROCHEMIE UND ANGEWANDTE PHYSIKALISCHE CHEMIE, 1909, 15 : 652 - 654

[8] COHN BE, 1900, ELEKTROMAGNETISCHE F, P595

[9] De Bruyn CAL, 1904, RECL TRAV CH PAYS-BA, V23, P155

[10] DEBYE P, 1908, THESIS MUNCHENER, P25

[1] AECKERLEIN G, 1906, PHYS Z, V7, P594

[2] BENDER C, 1890, WIED ANN, V39, P89

[3] Born M, 1918, ANN PHYS-BERLIN, V55, P177

[4] BORN M, 1918, VERH D PHYS GES, V20, P16

[5] BORN M, 1917, VERH D PHYS GES, V19, P243

[6] CABANNES, 1921, ANN PHYS, V15, P1

[7] Concerning the optical perception and electrical migration of dissolved molecules [J]. ZEITSCHRIFT FUR ELEKTROCHEMIE UND ANGEWANDTE PHYSIKALISCHE CHEMIE, 1909, 15 : 652 - 654

[8] COHN BE, 1900, ELEKTROMAGNETISCHE F, P595

[9] De Bruyn CAL, 1904, RECL TRAV CH PAYS-BA, V23, P155

[10] DEBYE P, 1908, THESIS MUNCHENER, P25