Accession Number:

AD0652623

Title:

DETERMINATION OF THE DENSITY OF DISLOCATIONS ARISING DURING THE DEFORMATION OF NI, AG, AL AND CERTAIN AG-ALLOYS,

Descriptive Note:

Corporate Author:

FOREIGN TECHNOLOGY DIV WRIGHT-PATTERSON AFB OHIO

Personal Author(s):

• Hertzricken,S. D.
• Novikov,N. N.

Report Date:

1959-10-01

Pagination or Media Count:

31.0

Abstract:

It was determined that the number of vacancies for Ni, which are situated in 1 cu cm of the deformed metal, as well as its number of dislocations per cu cm. It was revealed that the number of vacancies produced during the deformation of material constitutes merely a few hundredths of 1 of the number of atoms, and increases linearly with an increase in degree of deformation meanwhile, the number of dislocations per cu cm increases with an increase of deformation according to a more complex law, tending toward saturation at various deformations for different materials. In all cases, at the zero-extrapolation of D, the relative volume variations and, consequently, the number of defects rising during the deformation tend toward zero.

Descriptors:

• (*NICKEL
• DISLOCATIONS)
• (*SILVER
• DISLOCATIONS)
• (*ALUMINUM
• DISLOCATIONS)
• (*SILVER ALLOYS
• DISLOCATIONS)
• DEFORMATION
• DENSITY
• CADMIUM ALLOYS
• INDIUM ALLOYS
• TIN ALLOYS
• GOLD ALLOYS
• COPPER ALLOYS
• USSR

Subject Categories:

• Metallurgy and Metallography
• Crystallography

Distribution Statement:

APPROVED FOR PUBLIC RELEASE