GRAIN BOUNDARY INTERDIFFUSION AND SURFACE COMPOUND FORMATION IN Al/Sb THIN FILM COUPLES

Kim YM, Yim CD, You BS (2007) Grain refining mechanism in Mg–Al base alloys with carbon addition. Qian M, Cao P (2005) Discussions on grain refinement of magnesium alloys by carbon

“negative” (and associated colouring) to the cables ; thus for a “negative beamline” set up for negatively charged particles, the “negative cable” is attached to the

Compared with the 350 ◦ C-annealed Te-Sb 2 Se 3 film, the reduced intensity of the diffraction peaks (221) and (211) for other crystalline films (Figure 2a) implies that they grew

Observed surface roughness (~ 3.9 nm) can be attributed to the higher substrate temperature during deposition. Figure 5 shows the hysteresis loops of the target in two

We study the effect of various determinants like socio demographic factors on these seven concerns: age, gender, highest diploma obtained by an individual,

In figure 3, we present the excitation functions for several states of 24Mg recorded at 9lab = 15°. At low incident energies the relative and absolute

To investigate the cleavage strength of the grain boundaries in the Mi3A1 crystal, we perform the total energy calculations for single crystal as well as for bi-crystals including

Having shown that the PLAP gives reliable analysis of compound semiconductors, we have begun a study of composition variations in ternary and quaternary materials.. These are