WORK ON ATMOSPHERIC OPTICS
FOREIGN TECHNOLOGY DIV WRIGHT-PATTERSON AFB OHIO
Pagination or Media Count:
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.