A. V. Kaibichev, I. A. Kaibichev.
ABSTRACT
The interelectrode transport of silver, the atomic mass and the number of atoms in ions are calculated from experimental transfers, changes in the electric field strength and the fraction of ions in electricity. The change in atomic masses and the number of Ag, Mo atoms in ions in the period of removal from the molybdenum electrode was determined. The difference between the interelectrode and experimental transfers was established for the negative and positive polarity of the silver melt. The conditions for the purification of silver from impurities in a direct current electric field are substantiated.
KEYWORDS:
melt, evaporation, electricity, polarity, atom, ion, electron
DOI: 10.31857/S0235010620020061