1. Calculate the planar density of (111) plane of BCC iron. The radius of iron is R = 0.1241 nm. 2. The x-ray diffraction pattern of a metallic sample has the following first four peaks. Monochromatic Consider the 8-m long triangular channel shown below. Determi...
NECM: free carrier profilometry in semiconductors in the presence of high trap density by non-equilibrium capacitance measurements The authors describe a method for the determination of free carrier profiles in semiconductors which is particularly useful in the presence of high trap de... B Balland...
Full γ-surfaces of the {110} plane and elastic properties employed in this anisotropic P–N model are all achieved by density functional theory (DFT) calculations. The dislocation core structure and its associated dislocation deformation fields can be solved when taking the anisotropy of BCC ...
Titanium and its alloys have drawn more and more attention in various fields be-cause of their multiple characteristics [1], such as low density, excellent corrosion resistance, and high strength. Titanium alloy is usually divided into α alloy, α + β alloy, and β alloy according to the ...