Essay by v. Weymarn “To the Doctrine of the States of Matter” represents the first chapter of the work he conceived and partly already carried out on the structure of the material based on the data obtained by studying the so-called "colloidal" state of bodies. Weimarn discovered a universal way to obtain all kinds of crystalline substances (crystalloids) into the so-called colloidal and amorphous state forced him to put forward the position that both states are inherent in all bodies and depend only on the degree of fragmentation of the substance, and therefore on the relative development of the surface and that, further, there is no other difference between the crystalloid and colloid-amorphous state of the body, and make an attempt to revise our ideas about the nature of matter, based on the above principles.
The law of Matthiessen and Vogt makes it possible to bring together two classes of alloys. Both represent mixtures, the first - substances that correspond in their properties to the temperature of observation, the second - substances that seem to be heated to a higher temperature, and therefore have slightly different properties, but can be predicted, since this fictitious higher temperature determines the meaning and magnitude of the changes they could undergo. This can be confirmed to a certain extent by the effect of annealing on the electrical conductivity of alloys, for example, a perfectly studied pair of silver and copper. Before annealing, alloys have greater resistance—being first in a hardened state.
The first series of his works is about the influence on solutions of the physical forces of gravity and centrifugal force, on the one hand, and electromagnetic forces on the other. The second series of works is devoted to a critical analysis of the basic concepts of energy; it treats the energy of motion and radiant energy, the interaction of these types of energy, the basic principles and concepts of mechanics. In 1907, Vladislav Aleksandrovich was invited to teach thermodynamics at the Mining Institute, but his poor health did not allow him to continue the course that he had always dreamed of. The article highlights the scientific principles of V.A. Tyurin and provides a short list of his published works.
