ON COLLOID CHEMISTRY AND ITS INDUSTRIAL APPLICATIONS. 23 
The Viscosimetry of Blood in several Morbid Conditions. A, PLesst and D, VANDINI. 
; ‘Riv. Crit. Clin. Med.’ 1912, 12, 609. 
The Viscosity of Aqueous Solutions of Sodium Palmitate. F. D. Farrow. 
‘J. Chem. Soe,’ 1912, 101, 347. 
The Viscosity of Blood in Experimental Acute Poisoning by Mercury, Arsenic, Lead, 
and Phosphorus. ©. Farmacntpis. ‘ La Clinica Medica Ital.’ 1912, 5, 273. 
A Method of determining Absolute Viscosities. Harotp P. Gurnry, ‘ Mat. 
Grasses,’ 1912, 5, 2614. 
Viscosity of Cellulose Acetates. G,. Noymr. ‘Le Caoutchouc et la Guttapercha,’ 
1913, 10, 7009. 
Method of determining size of Colloidal Particles, A. Dumansxki1, E, ZABOTINSKI 
and M. Eusnsnw. ‘ Koll. Zeitschr.’ 1913, 12,6. (From viscosity measurements 
by means of Hinstein’s first formula.) 
Viscosity and its Importance for the Chemistry of Celluloid in Theory and Practice. 
H. Scuwarz. ‘ Koll. Zeitschr.’ 1913, 12, 32. 
The Aqueous Solutions of Ammonia Soaps, F, GoLpscymipt and L. WEISSMANN. 
“Koll. Zeitschr.’ 1913, 12, 18. (Effect of the addition of ammonia, ammonium 
chloride, and mixtures of both, on the viscosity of solutions of ammonium 
palmitate. ) 
Qn the ‘ Tackiness’ of India Rubber. VY. Rossmm, ‘ Koll. Zeitschr.’ 1913, 12, 78. 
(Viscosity measurements on rubber sols in benzene after exposure to light, 
and on fresh sols inoculated with such exposed sols.) 
Viscosity Measurements on India Rubber Sols, J. G. Fon, ‘Koll. Zeitschr.’ 
1913, 12, 131. 
Studies on the Vulcanisation of India Rubber. Gustav Bernstein. ‘ Koll. 
Zeitschr.’ 1913, 12, 193. (Viscosity measurements on sols of india rubber 
‘depolymerised ’ by heating and by rolling.) 
The Determination of the Viscosity of India Rubber Sols. P. ScnmpRowitTz 
and A. H. Gotpssprouen. ‘Koll. Zeitschr.’ 1913, 13, 46. 
Changes of Viscosity in Suspensions of Methemoglobin by the Action of HCl and 
NaOH. E. Borrazzt. ‘ Rend. d. R. Accad. dei Lincei,’ 1913, 22 (5a), 263. 
The Influence of Alkaline Salts on the Viscosity of Proteins. ©. GazzmTTr. ‘ Arch. 
di Fis.’ 1913, 11, 173. 
The Viscosity of Solutions of Cellulose Nitrates. Frank Baker. ‘J. Chem. Soc.’ 
1913, 103, 1653. 
The Viscosity of Collodion. Tu. CHANDELON. ‘ Bull. Soc. Chim. Belg.’ 1914, 28, 24. 
The Viscosity of some Protein Sols, HaRrRinTTE CHIcK and HE. LusrzynsKA. 
‘ Biochem. J.’ 1914, 8, 59. 
The Viscosity of Protein Solutions, II. Pseudoglobulin and Euglobulin (Horse). 
HARRIETTE CutcK. ‘ Biochem. J.’ 1914, 8, 261. 
The Influence of the Solvent on the Viscosity of India Rubber Sols. F. Kircnor. 
‘Koll. Zeitschr.’ 1914, 15, 30. (Agreement between the amounts of solvent 
taken up in swelling and the solvatation factors calculated from viscosity measure- 
ments. ) 
Studies on the Viscosity of Nitrocellulose in Alcoholic Camphor Solutions. 
H, Nisuipa. ‘ Le Caoutchouc et la Guttapercha,’ 1914, 121, 8103. 
The Viscosity of India Rubber Solutions. R. Gaunt. ‘J. Soc. Chem. Ind.’ 1914, 
33, 446. 
The Determination of the Viscosity of Milk as a means of detecting the Addition of 
Water. W. D. Koorrr. ‘ Milchwirtsch. Zentralblatt,’ 1914, 43, 169 and 201. 
On the Influence of Temperature on the Gold Number and Viscosity of Colloidal 
Solutions. L. Licntwirz and A. Renner, ‘ Zeitschr. f. physiol. Chem.’ 1915, 
92, 113. 
Theoretical. 
The Existence and probable Thickness of Adsorption Envelopes on Suspensoid 
Particles. E. Hatscurk. ‘ Koll. Zeitschr.’ 1912, 11, 280. 
The Composition of the Disperse Phase of Emulsoid Sols. E. Hatscuex. 
‘ Koll. Zeitschr.’ 1912, 11, 284. (Hydratation factor calculated from the formula 
for the viscosity of systems of two liquid phases.) 
Colloids and their Viscosity. A General Discussion held by the Faraday Society 
on March 12, 1913. ‘Trans. Far. Soc.’ 1913, 9. Containing :— 
The Importance of Viscosity for the Study of the Colloidal State. Wotraana 
Ostwatp. P, 34. 
