WORK ON ATMOSPHERIC OPTICS
Abstract
Discussed are the properties of an elastically deformed solid intrusion solution ith bodycentered cubic lattice, unbalanced with respect to energetically different positions of the atoms of h di olv ub c R R FOUN FOR NONE UILIBRIUM AND EQUILIBRIUM FREE ENERGIES OF SUCH A SOLUTION. It is shown, that the equilibrium Young modulus of the monocrystal decreases with the incre se in conc ra io mall re se a do o p upo co centrations at greater stre s s. The chemical pote ial of the dissolved particles at greater stress s does depend not only upon the relative change in volume, but also upon rel tiv lo g ion U OR - * **>(N PROPERTIE OF AN ELASTICALLY DEFORMED SOLID INTRUSION SOLUTION WITH BODY-CENTERED CUBIC LATTICE, UNBALANCED WITH RESPECT O EN RGETICALLY DIFF R T POSI IONS OF HE TOMS OF THE DISSOLV D SUBSTANCE.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jul 12, 1962
- Accession Number
- AD0283885
Entities
People
- M.m. Dagayev
- V.a. Bronshten
Organizations
- National Air and Space Intelligence Center