Inderscience Publishers

Structural stability and cohesive energy of FCC and BCC metallic nanocrystals

0
- By:

Courtesy of Inderscience Publishers

The two–body part of Erkoc interaction potential energy function is used and tested to predict the structural stability and cohesive energy of molybdenum (Mo) and tungsten (W) metallic nanocrystals by the size dependant potential parameter method. The model proposed is a two–body part of Erkoc's potential energy function. The model applies successfully to BCC and FCC elements and predicts the size–dependence of the cohesive energy of nanocrystals. This prediction agrees with previous experimental measurements on Mo and W.

Keywords: two–body interaction potential, size dependant potential parameter method, cohesive energy, structural stability, nanotechnology, FCC metallic nanocrystals, BCC metallic nanocrystals, potential energy function, molybdenum, tungsten

Customer comments

No comments were found for Structural stability and cohesive energy of FCC and BCC metallic nanocrystals. Be the first to comment!