In this work the author investigates the temperature dependence of specific electrical conductivity, Hall's constant, thermo-emf and magnetic susceptibility of the intermetallic compound Mg2Sn

Using previously published work the authors consider the problem concerning the concept of "charge conjugates."

This article examines the history of accelerating charged particles with new types of accelerators. It is translated from a Russian publication.

In a previous paper the authors present some of the results of their investigation on the alkaline hydrolysis of esters that showed the constitution of the alkyl radical in the ester has a noticeable influence on the rate of hydrolysis. The authors have extended their experiments beyond the propyl acetates to include aliphatic alkyl esters.

The problem of the separation or enrichment of isotopes is as old as the knowledge of the existence of isotopes of stable elements. The article focuses on the mass-dependent property of atoms continuing to be investigated in laboratories to test its usefulness for new solutions to this problem.

This paper is an attempt to treat in a uniform manner the most important factors which cause spectral line broadening in gases. The main emphasis will be on the theoretical aspects of the subject, the experimental material will be treated only in connection with the theory.

Ethyl benzene not only is a starting material for the production of poly-sterols but also is used as an antiknock chemical thus its synthesis is one of the most pressing problems.

The movement and orientation in a standing sound field of non-spherical particles in which one dimension is small relative to the other two is treated. The time of migration into the loops (of the vibration) and the focusing duration (durability) of the same are given.

A "sound-optics" is developed based upon the image-forming properties of sound waves. Examples are given of acoustic images of objects, and it is shown that among other things vision through opaque media is possible to achieve

The Raman spectrum shows that sulphate, selenate and perchloride ions have a tetrahedral structure in solution. Tellurium, molybdenum and tungsten should be surrounded by six oxygen atoms and should therefore form a octahedral structure. The author investigates the Raman-spectra of several perrhenates and of perrhenium acid.

In broad outline is shown the possibility of grasping by calculation the equilibria of ferrous alloys with the help of simple thermodynamic relations.

A selection of Russian papers on the geochemical prospecting for ores