INDEX 387

KARSS, W. Untersuchungen liber die Viscosltat des Blutes bei Morbus

Basedowi. Diss. Heidelberg (1912); 17 pp.
KASSEL, R. Viskositat binarer Fltissigkeitgemischen. Cp. Drucker &

KasseL Diss. Leipzig (1910); 50 pp.

KATZENELSOHN, N. Diss. Berlin (1867); Wied. Beibl. 12, 307 (1888).
KAWALKI, W. (1) Untersuchungen uber die Diffusionsfahigkeit einiger

Electrolyte in Alcohol. Ein Beitrag zur Lehre von der Constitution

der Losungen. Wied. Ann. 62, 166 and 300 (1894); 25 pp., 28 pp.;

(2) Die Abhangigkeit der Diffusionsfahigkeit von der Anfangsconcen-

tration bei verdiinnten Losungen. Wied. Am. 69, 637 (1896); 15 pp.
KAWAMTJRA, S. Measurements of Viscosity Particularly Fitted for the

Study of the Coagulation Phenomena of A1(OH)3. J. Coll. Science

Imp. Univ. of Tokyo, Japan 26, #8 (1908); 29 pp.
LORD KELVIN (THOMSON, SIR. W.). 218, 238, (1) On the Elasticity and

Viscosity of Metals. Phil. Mag. (4) 30, 63 (1865); 9 pp.; Do., Proc.

Roy. Soc. London 14, 289 (1865); 9pp.; (2) Stability of Fluid Motion.

Rectilinear M otion of a Viscous Fluid between two Parallel Planes. Phil.

Mag. (5) 24, 188 (1887); 9 pp.; (3) Stability of Motion. Broad River

flowing down on Inclined Plane Bed. Do. (5) 24, 272 (1887); 6 pp.;

(4) On the Propagation of Laminar Motion through a Turbulently
Moving Inviscid Liquid. Phil. Mag. (5) 24, 342 (1887); 12 pp.; (5)
On the Stability of Steady and of Periodic Fluid Motion. Phil. Mag.

(5) 23, 459 (1887); 6 pp.; (6) On the Stability of Steady and of
Periodic Fluid Motion. Phil. Mag. (5) 23, 529 (1887); 11 pp.

KENDALL, J. 92, 104, 105, (1) The Viscosity of Binary Mixtures. Medd.

K. Vetenskapsakad. Nobelinst. 2, #25, 1 (1913); 16pp.; (2) The Exten-

sion of the Dilution Law to Concentrated Solutions. J. Am. Chem.

Soc. 36, 1069 (1914); 20 pp.
KENDALL, J. and BRAKELEY. Compound Formation and Viscosity in

Solutions of the Types Acid: Ester, Acid: Ketone and Acid: Acid.

J. Am. Chem. Soc. 43, 1826 (1921); 9 pp.
KENDALL, J. and MONBOE, K. P. (1) Viscosity of Liquids. Viscosity-

Composition Curves for Ideal Liquid Mixtures. J. Am. Chem. Soc.

39, 1787 (1917); 15 pp.; (2) Ideal Solutions of Solids in Liquids. Do.

39, 1802 (1917); 4 pp.; (3) Ideality of the System: Benzene-Benzyl

Benzoate and the Validity of the Bingham Fluidity Formula. Do.

43, 115 (1921); 11 pp.
KENDALL, J. and WRIGHT, A. H. 168, Ideal Mixtures of the Types Ether-

Ether and Ester-Ether. J. Arn. Chem. Soc. 42, 1776 (1920); 9 pp.
KEPPELEB, G. & SPANGENBEBG, A. Increasing the Plasticity and Binding

Power of Clay, Kaolin, etc. U. S. Pat. 1,013,603.
KERNOT, G. and POMILIO, U. Cryoscopic and Viscometric Behavior of Some

Quinoline Solutions. Rend. Acad. Sci. fis. mat. Napoli 17, 358

KHARICHKOV, K. V. tJber den Einfluss des Wassers auf den Entnammungs-
punkt und Viskositat von Mineralschmierol und Naphtaruckstanden.
Chem. Ztg, Rep. 376 (1907).