INDEX

371

^- ^, 5**» 59, (1) Temperature coefficients of Gas "Viscosity.
Apparent Relation between Viscosity and Specific Heat. Phys.
29» 147 (1^09); 6 pp.; (2) The Temperature Coefficients of Gas
Viscosity. I. Sutherland's Equation, Pure Gases. Phys. Rev. 24,
3g5 (1907); 16 pp.; (3) The Constants of Gas "Viscosity. Do. 24, 237
(JLQO7); 2 pp.; (4) The Coefficients of Gas Viscosity. Phys. Rev. 28,
73 (1909); 33 pp.; (5) The Kinetic Pressure-drop Correction in the
Transfer Method for Gas Viscosity. Phys. Rev. 32, 216 (1911); 3 pp.
Molecular Conductivity and Inner Friction of Mixtures of
Alcohol or Acetone with Benzene and Nitrobenzene. Z. Elektrochem.
10, 126 (1913); 6 pp.
FrrzGEJifc-A-1^ F. (1) The Viscosity of Liquid Ammonia, Sulfur Dioxide,
and Methyl Amine. Proc. J. Am. Chem. Soc. 32, 104 (1910); (2)
Electrical Conductivity of Solutions in Methylamine and Ethylamine;
Fluidity of Ammonia and Sulfur Dioxide and the Fluidity of Certain
Soltitions in these solvents. J. Phys. Chem. 16, 621 (1912); 40 pp.
FrrzGEit^ijD, G. F. Turbulent Motion in Viscous Liquids. Trans. Roy.
Sci- Soc. Dublin 6, 289 (1888-90).
FLOWEJK-S, A. E. Viscosity Measurement and a New Viscometer. Proc.
Am- Soc. Testing Materials 14, II, 568 (1914); 49 pp.
FOL, J- -A- (!) Relation between the Amount of Resins and the Viscosity of
R,\i"fc>foer Solutions. Orig. Com. 8th Intern. Congr. Appl. Chem.
9, Tl (1912); 2 pp.; (2) Determination of the Viscosity of Rubber Solu-
tions. Caoutchouc and Gutta-percha 10, 6973, 7059 (1913); (3) The
Relation between the Resin Content and the Viscosity of India Rubber
Solutions. Gummi Ztg. 7, 247 (1912); (4) Viscosity Measurements
of India Rubber Solutions. Kolloid-Z. 12, 131 (1913).
FORBES. Viscosity Theory of Glacial Motion.
FORCER O. Oberflachenspannung und Reibungskoefficient flussiger Luft.
Physic. Z. 1, 177 (1900).
FORCHHJUIMER, P. L. Hydraulik. Teubner, Berlin (1914); 566 pp.
FOUGUEST DE NASSANDRES. Viscosite* des sirops. Bui. Ass. Chimistes 22,
1180 (1905).
FoussEitEiAU, G. 6, 183, 193, 194, (1) Recherches exp6rimentalcs sur la
resistance £lectrique des substances isolantes. 1. Relation de la r6sis-
tanoe avec le frottement inte*rieur de 1'eau. Ann. chim. phys. (6)
5, 348 (1885); (2) Do. 2. Coefficients de frottement int6rieur des sels
fondus. Ann. chim. phys. (6) 6, 359 (188.5).
FRANK, J. Physical Properties of Colloidal Solutions. Kolloidchern. Bei-
hefte 4, 195 (1913); 33pp.
FRANKE UNTHEIM, M. Krystallization und Amorphie. J. Prakt. Chem. 54,
433 (1851).
FRETJNTI>, G. A. Aeris motu circa cylindrum qui rotatur. Inaug. diss.
Berlin (1862); 17 pp.
:, H. The difference of potential acting in electroosmosis and
phenomena. Kolloid-Z. 28, 240 (1921); 2 pp.
, H. & ISHIZAKE, C. (1) Die Koagulationgeschwindigkeit von