Experimental implementation of the mechanical method for producing dispersoid solutions
Authors:
Abstract
This method is all the more interesting because, compared with other methods for producing dispersoid solutions, it has many advantages, of which we point out: Its amazing simplicity. No foreign electrolytes in the solution. Complete certainty of the resulting systems from the qualitative, and possibly also from the quantitative side, and their purity in this sense.
References
- For the theory of mechanical grinding, see P. P. von Weimarn. Kolloid. Zeitschr. 2 (1908). Kolloidch. Beihefte 4 (1913).
- Grundzüge I, 119 u. folg. и Koll. Zeitschr. 9, 208 (1911).
- H. Bechhold. Zeitschzr. f. phys. Chem. 64. 342 (1908).
Similar articles
To the concept of a definite integral and the proof of the main theorem for the existence of an integral of ordinary differential equations
1913 N. M. Krylov
More accurate implementation of the transformation of the gnomostereographic projection plane
1913 E. S. Fedorov
New taxonomy of aggregate states of matter and the basic law of dispersoidology
1913 P. P. Von-Weymarn
On the organization of joint work in the Laboratory of Physical Chemistry of the Mining Institute
1913 P. P. Von-Weymarn