INDEX

419

STOCKS, H. B. Colloid Chemistry of Starch, Gums, Hemicelluloses,
Albumin, Casein, Gluten and Gelatine. Dept. Sci, Ind. Research,
Brit. Assoc. Adv. Sci. First Report on Colloid Chem. (1917); 33 pp.
STOEL. 130, Measurements on the Influence of Temperature on the
Viscosity of Fluids between the Boiling-Point and the Critical State.
Diss. Leiden (1891); Physikalische Revue (Graetz) 1, 513 (1892);
Communications from the Laboratory of Physics, Leiden 2, (1891).
STOKES, G. 2, 6, 14, 188, 194, 264, (1) On Some Cases of Fluid Motion.
Phil. Trans. Camb. II 8, 105 (1849); (2) Supplement to a Memoir oix
Some Cases of Fluid Motion. Phil. Trans. Camb. II 8, 287 (1849);
(3) On the Theories of the Internal Friction of Fluids in Motion.
Phil. Trans. Camb. II 8, 409 (1849); (4) On the Effect of the Internal
Friction of Fluids on the Motion of Pendulums. Phil. Trans. Camb.
II 9, 8 (1851); 99 pp.; (5) Do. Phil. Mag. (4) 1, 337 (1851); (6) Note
on the Reduction of Mr. Crookes' Experiments on the Decrement of
the Arc of Vibration of a Mica Plate Oscillating within a Bulb Contain-
ing a More or Less Rarefied Gas. Phil. Trans. London B 172, 435
(1881); Cp. Proc. Roy. Soc. London 31, 458 (1881); (7) Note on a Paper
by H. Tomlinson, just preceding. Phil Trans. B 177, 786 (1886);
3 pp.; Cp. Mathematical and Physical Papers, Cambridge Univ. Press
(1883).
STORMEE. 328, Viscometer. Drugs, Oils and Paints 27 (1911).
STOVER, E. C. Die Fortpflanzung von Bakterien als Ursache der Plas-
tizitat der Tone. Deutsche Topfer-und Ziegler Ztg. No. 14 (1903).
STRASBURGER, C. F. Apparatus for Testing the Viscosity of Liquids.
U. S. Pat. 989, 822, April 18 (1909).
STRKINTZ, H. 237, (1) tJber die Dampfung der Torsionsschwingungen von
Drahten. Pogg. Ann. 153, 387 (1874); 25 pp.; (2) Wien. Sitzungsber.
(2A) 69, 337 (1874); (3) Wien. Sitzungsber. (2A) 80, 397 (1880).
STREVENS, J. Viscosity of Oils. J. Soc. Chem. Ind. 33, 109 (1913); 2 pp.
STEIBBCK, R. Mitteilungen tiber Forschungsarbeiten. Heft. 7 (1903);
Springer; Z. d. Ver. d. Ingen 46, 1341 (1902).
STROM, L. Separating Mixed Liquids of Different Viscosities. TJ. S. Pat.
968,206, Aug. 23 (1909).
STTJLL, R. T. Fluxing Power of Mica in Ceramic Bodies. Trans. Am. Cer.
Soc. 4, 255 (1902); 16 pp.
SUTHERLAND, W. 195, 246, 247, 248, (1) The Viscosity of Gases and Mole-
cular Force. Phil. Mag. (5) 507 (1893); 25 pp.; (2)Ionization in
Solutions and Two "New Types of Viscosity. Phil. Mag. (6) 14, 1
(1907); 35 pp.; (3) Phil. Mag. (6) 9, 781 (1905); Austr. Assoc. 10th
Meet., Dunedin (1904); p. 117 (1905).
SWEDBERG, T. Velocity of Diffusion and Size of the Particles in Disperse
Systems. Archiv. Kern. Min. Geol. 4, #12, 1 (1914); 6 pp.; J. Chem.
Soc. 102, II, 142 (1913).
SWEDBERG, T. & SWEDBERG, A. Diffusionsgeschwindigkeit und relative
Grosse geloster Molecule. Z. physik. Chem. 76, 145 (1913).