INDEX

361

Blood. Z. exp. Med. 2, 168 (1913); 6 pp.; Cp. Zentr. Biochem.
Biophys. 16, 57.
CHELLA, S. (1) Apparat zur absoluten Messung der Koefficienten der
inneren Reibung der Gase. Physik. Z. 7, 196 (1906); 3 pp.; (2) Mes-
sung des inneren Reibung der Luft bei niedrigen Temperaturen.
Physik. Z. 7, 546 (1906); 2 pp.
CH£NEVEAU, G. (1) Solutions of Et OH, H2S04, HNO3; Hydrates Et OH.-
3H2O, H2SO4. H2O, HNO3. 2 H2O. Compt. rend. 165, 154 (1912);
1 p.; (2) The Measurement of the Viscosity of Oils. J. physique 7,
109 (1917); 6pp.
CHEVENABD, P. The Viscosity of Steels at Elevated Temperatures. Compt.
rend. 169, 712 (1919); 5pp.
CHICK, H. & LUBRZYNSKA. (1) Viscosity of Some Protein Solutions.
Biochem. J. 8, 59 (1913); 10 pp.; (2) Pseudoglobulin and Euglobulin
(Horse). Do. 8, 261 (1914); 19 pp.
CHICK, H. & MARTIN, C. J. The Viscosity of Casein Sols. Z. Chem. Ind.
Kolloide 11, 102 (1912); 3 pp.
CHOROWER, C. Behavior of Varieties of Casein (from Cow and Goat
Milk) with Reference to Causing Viscosity. Chem. Ztg. 44, 605, 613
(1920); 4 pp.
CHOWNE, W. Experimental Researches on the Movement of Atmospheric
Air in Tubes. Proc. Roy. Soc. London 7, 466 (1855); 13 pp.
CHRISTIANSEN, C. Versuche uber den Einfluss der Capillaritat auf die
Ausstromungsgeschwindigkeit des Fliissigkeiten. Ann. Physik (4)
5, 436 (1901); 11 pp. Cp. Wied. Am. 41, 565 (1890).
CHWOLSON. Reibung im Innern der Fltissigkeiten. Lehrbuch der Physik.,
Vol. I, Braunschweig (.1902).
CLAMER, G. H. A Study of Alloys Suitable for Bearing Purposes. Frank.
Inst. 166, 49 (1903); 29 pp.
CLARK, R. Variation of the Viscosity of Gases with the Temperature.
Trans. Roy. Soc. Canada 13, III, 177 (1919); 4 pp.
CLEBSCH, A. Theorie der Elasticitat fester Korper. Leipzig (1862).
CLEMENT, L. Theory of Viscometers. Matieres grasses 2, 1591 (1909); 2
PP-
CLERICI, E. Viscosity of Liquids for the Mechanical Separation of Minerals.
Atti. accad. Lincei 20, I, 45 (1910); 6 pp.
CLULOW, F. S. and TAYLOR, C. W. Consistency of Greases. J. Soc.
Chem. Ind. 39, 291 (1920).
CMUNT, E. Action of the Ingestion of Gelatin on the Viscosity of the Blood.
Med. Klinik 8, 1393 (1913); 2 pp.
COHEN, R. 138, 139, 140, tlber den Einfluss des Druckes auf die Viskosi-
tat von Flussigkeiten. Wied. Ann. 45, 666 (1892); 19 pp.
COKER, E. The critical velocity of flow of mercury in small tubes.
Engineering 94, 581 (1914).
COKER, E. & CLEMENT, S. 48, An Experimental Determination of the
Variation of the Critical Velocity of Water with the Temperature.