INDEX

417

SMITH, A. and HOLMES, W. and HALL, E. tlber den amorphen Schwefel.

Z. physik. Chem. 52, 606 (1905); 24 pp.
SMITH, A. and MENZIES, A. The Electrical Conductivity and Viscosity of

Concentrated Solutions of Orthophosphoric Acid. J. Am. Chem.

Soc. 31, 1191 (1909); 3 pp.
VON SMOLUCHOWSKI. 96, 188, (1) Viscosity of Colloidal Solutions. Koll-

oid-Z. 18, 190 (1916); (2) Uber die innere Reibung in nicht wasserigen

Losungen. Wien. Sitzungsber (2 A) 1136 (1893); 5 pp.; (3) Theory of

the Liquid State from the Standpoint of the Phenomena of Viscosity.

Kosmos 36 (Radziszevski Festband) 543 (1910); 7 pp.
SNYDER, C. D. & TODD, M. H. The Viscosity of Body Fluids at Various

Temperatures within Physiological Limits. Am. J. Physiol. 28, 161

(1911); 6 pp.
SNYDER, L. C. Theories Concerning the Plasticity of Clays. Mining Sci.

64, 106 (1911); 3pp.
SOMMERFELD, A. 264,268, (1) Zur hydrodynamischen Theorie der Schmier-

mittelreibung. Z. f. Math. u. Phys. 60, 97 (1904); 58 pp.; (2) Die

naturwissenschaftlichen Ergebnisse und die Ziele der modernen tech-

nischen Mechanik. Physik. Z. 4, 779 (1903); 3 pp.
SONDHAUS, C. Uber die Form von aus- runden Oeffnungen tretenden

Luftstromen. Pogg. Ann. 85, 58 (1852); 6 pp. *
SORKAU, W. (1) Turbulence Viscosity of Water. Physik. Z. 14, 759

(1913); 7 pp.; Do., 14, 826 (1913); 5 pp.; (2) Influence of Temperature

Specific Gravity and Chemical Nature on the Turbulence Viscosity.

Physik. Z. 13, 805 (1913); 16 pp.; (3) Relation between Molecular

Weight and Turbulence Velocity Constant. Physik. Z. 14,147 (1913);

6 pp.; Physik. Z. 16, 582 (1913); 5 pp.; (4) Experimental Investigation

of the Viscosity of Some Organic Liquids in the State of Turbulent

Flow. Physik. Z. 12, 582 (1911); 14 pp.
SOUTH COMBE, J. E. Lubrication. Engineering 109, 184 (1920); 1 p. Cp.

Wells,
SOUTHERN PACIFIC R. R. Co. 258, A Long Rifled-Pipe Line for Pumping

Heavy Oils. Engineering Record 57, 676 (1908).
SFERANSKII & KAKAVEYER. Viscosity of Certain Petroleum Distillates at

Low Temperatures. Nephtanoje Djelo, 14 (1912); Chem. Ztg. Eep.

36, 482.
SPRIQGS, E. I. 286, Eine neue Methode zur Bestimmung der Pepsin-

wirkung. Hoppe-Seyler's Zeitsch. f. PhysioL Chem. 36, 465 (1902);

29 pp.
SPRING, W. (1) Uber das Vorkommen gewisser fur den Fltaigkeits

oder Gaszustand charakteristischen Eigenschaften bei festen Metallen.

Z. physik. Chem. 16, 65 (1895); 14 pp.; (2) Eigenschaften der festen

Korper unter Druck, Diffusion der festen Material, innere Bewegungen

der festen Materie. Physik. Z. 1, 487 (1900); Cp. Internationa)

Physical Congress at Paris, Report 1, 402 (1900); 1 p.
SPROXTON, F. Cellulose Esters. Dept. Sci. Ind. Research, Brit, Assoc.

Adv. Sci. Third Report on Colloid Chern. (1920); 10pp.

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