410 INDEX
REYHER, R. 3, tJber die innere Reibung von Losungen. Z. physik. Chem.
2, 744 (1888); 14 pp.
REYNOLDS, F. (1) The Viscosity Coefficient of Air and an Inquiry into the
Effect of Roentgen Rays thereon. Physic. Rev. 18, 419 (1904); 22 pp.;
(2) Do., Physic. Rev. 19, 37 (1904); 10 pp.
REYNOLDS, O. 18, 21, 29, et seq. 130, 264, et seq. (1) An Investigation of the
Circumstances which determine whether the Motion of Water shall be
Direct or Sinuous, and of the Law of Resistance in Parallel Channels.
Phil. Trans. London 174, 935 (1883); 48 pp.; Cp. Roy. Inst. of Gt.
Brit. 9, 44 (1884); (2) On the Theory of Lubrication and its Application
to Mr. B. Tower's Experiments, including an Experimental Deter-
mination of the Viscosity of Olive Oil. Phil. Trans. London 177 A, 157
(1886); 78 pp.; (3) On the Dynamical Theory of Incompressible Viscous
Fluids and the Determination of the Criterion. Phil. Trans. London
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Trans. 160 (1886); 83 pp.; Collected Papers 2, 228 (1886).
RIBATJCOUR, A. Hydrodynamic Phenomena in Mixed Turbid and Clean
Water. Compt. rend. 252 (1885).
RICHAKDS, T. W. and PALITZSCH, S. Compressibility of Aqueous Solutions,
especially of Urethan, and the Polymerization of Water. J. Am.
Chem. Soc. 41, 59 (1919); 10 pp.
RICHARDSON-, CLIFFOED. 204, 205, (1) The Modern Asphalt Pavement;
(2) The Colloidal State of Matter in Its Relation to the Asphalt
Industry. Dept. Sci. Ind. Research. Brit. Assoc. Adv. Sci., Third
Report on Colloid Chem. (1920); 5 pp.
RIDDELL, M. The Fluidity of Molten Cast Iron. Foundry 46, 408 (1918);
3 pp.; Foundry Trade J. 20, 364 (1918); 3 pp.; J. Am. Soc. Mech. Eng.
40, 860 (1918); 1 p.
RIEKE, R. Plasticity of Clay. Ceramique 16, 87 (191-).
RIGG, G. and CARPENTER, J. L. Stormer Viscometer and the Value of
Viscosity Determinations by its Use. J. Ind. Eng. Chem. 4, 901
(1913); 2 pp.
RINGER, W. E. Protein Acid Combinations and Viscosity. Van Bem-
melen-Festschrift, 243 (1911); 18 pp.
RIVETT, A. C. D. & SIDGWICK, N. V. The Rate of Hydration of Acetic
Anhydride. J. Chem. Soc. 97, 732 (1910); 9 pp.
ROBEBTS, H. T. Method of Investigating the Transpiration of Gases
through Tubes. Phil. Mag. 23, 250 (1912); 5 pp.
ROBERTS-AUSTEN, W. C. Properties Common to Fluid and Solid Metals.
Proc. Royal Institution 11, 395 (1887).
ROBERTSON, T, B. Notiz tiber einige Faktoren, welche die Bestandteile
von Ol-Wasser Emulsionen betimmen. Kolloid-Z. 7, 7 (1910); 3 pp.
R6NTGEN, W. 138, (1) tJber einen Vorlesungsapparat zur Demonstration
des Poiseuille'schen Gesetz. Wied. Ann. 20, 268 (1883); 4 pp.; (2)
tJber den Einfluss des Druckes auf die Viscositat der Fliissigkeiten,
speciell des Wassers. Wied. Ann. 22, 510 (1884); 9 pp.; (3) Kurze
Mitteilung von Versuchen tiber den Einfluss des Druckes auf einige