INDEX 399
MEYEE, O. & SPEINGMUHL, F. Uber die innere Reibung der Gase. VI.
Pogg. Ann. 148, 526 (1873); 30 pp,
METEE, P. fc Apparatus for determining the viscosity of liquids. Ger.
Pat. 244,098, June 16 (1911).
MICHAELIS, G. tTber die Theorie der elastischen Nachwirkung. Wied.
Ann. 17/726 (1882); 11 pp.; The Viscosity of Protein Sols. Biochem.
Z. 28, 354 (1911).
MICHAELIS, L. & MOSTYNSKI, B. Viscosity of Protein Solutions. Bio-
chem. Z. 25, 401 (1910); 11 pp.
MICHELL, A. G. M. 264, 268, The Lubrication of Plane Surfaces. Zs.
f. Math. u. Phys. 62, 123 (1905); 15 pp.
MIE, G. Remarks upon the Work of U. Sorkau upon Turbulence Viscosity.
Physik. Z. 14, 93 (1913); 3 pp.
MIFKA, V. The Internal Friction of Colloidal Metal Solutions. Chem.
Ztg. 35, 842 (1912).
MILCH, L. The Increase of Plasticity of Crystals with Rise of Temp.
Neu. Jahrb. Min. Geol. Pol. 1, 60 (1909); 12 pp.
MILLIKAN, R. A. 188, 242, 253, (1) A New Modification of the Cloud
Method of Determining the Elementary Electrical Change and the
most Probable Value of that Charge. Phil. Mag. (6) 19, 215 (1910);
20 pp.; (2) Most Probable Value of the Coefficient of Viscosity of the
Air. Ann. Physik. 41, 759-66 (1913).
MILORADOV, A. A. & TOLMACHEV. Viscosity of Asphalt. J. Russ. Phys.
Chem. Soc. Phys. Pt. 44, 505 (1913); 8 pp.
MINNEMANN, J. Note on Restoration of Plasticity to Pottery Scrap Clay.
Trans. Am. Ceram. Soc. 16, 96 (1914).
v. MISES, R. Elemente der Technical Hydrodynamik. Phys. Z. 12,
812 (1911).
MOLES, E., MAEQUINA, M. & SANTOS, G. -Viscosidad y conductibilidad
ele"ctrica en soluciones concentradas de FeCls. Anales soc. espafi.
fis. y. quim. 11, Pt. I, 192 (1913).
MOLIN, E. (1) Calculation of Degree of Viscosity of Mineral Oil Mixtures.
Chem. Ztg. 38, 857 (1914); 2 pp.; (2) Examination of Searle's Method
for Determining the Viscosity of very Viscous Liquids. Proc. Cambridge
Soc. 1,20,23 (1920); 12 pp.
MONROE. 105, Cp. Kendall and Monroe.
MONSTEOV, S. (1) Study of Substances Having Large Coefficients of
Viscosity. VI. Determination of some Mechanical Properties of
Asphalt. J. Russ. Phys. Chem. Soc. Phys. Pt. 44, 492 (1913); 10 pp.;
(2) VII. Supplement to the Article by S. I. Monstrov. Do., 44, 503,
B. P. Veinberg (1913); 1 p.; (3) VIII. Viscosity of Asphalt. Do., 44,
505 (1913); 8 pp.
MONTEMARTJNI, C. The Relations between the Water of Crystallization
of certain Salts and the Viscosity of their Solutions. Atti. A. Ace.
delle Scienze Torino 28, 378 (1892-3); 6 pp
MONTI, V. Atti. R. Acad. Sci. Torino 28, 476 (1893).
MOORE, B. On the Viscosity of Certain Salt Solutions. Phyic. Rev. 3,
321 (1896); 14pp.