A combination of linear augmented-plane-wave and Tight-Binding (TB) techniques has been applied to calculate the electronic band structures of selected members of the Ba sub (n+1) Pb sub n O sub (3
A unique feature of the new oxide superconductors is the fact that E sub F falls within the O(2p) band manifold, thereby making O an electronically active constituent.
The electronic structure of Ba sub 2 YCu sub 3 O sub (6.9) has been calculated using the linear augmented-plane-wave method.
The results of electronic-structure calculations for ordered Ba sub (0.5) K sub (0.5) BiO sub 3 alloys confirm that the antibonding Bi(6s)-O(2p) conduction band near E sub F in the cubic BaBiO sub
The results of x-ray fluorescence measurements of thiophenes {[}regioregular poly (3-hexylthiophene (P3HT) and alpha,omega -dihexylquaterthiophene (DH alpha 4T)] and phtalocyanines {[}copper phtalo
The linear augmented-plane-wave method has been applied to calculate the electronic structure and properties of the orthorhombic metastable base-centered (C49) and equilibrium face-centered (C54) p
This chapter provides a theoretical and practical treatment of one of the three major electronics packaging problems: interconnection.
We have observed a series of very narrow peaks in the low temperature photocurrent-voltage characteristic of multiquantum well p- i-n junctions grown by molecular beam epitaxy.
Time-resolved microwave conductivity (TRMC) and diffusion-controlled time-resolved microwave conductivity (DTRMC) were used on various microcrystalline silicon samples to investigate the mechanisms
The results of experimental transport studies involving a series of five narrow Al0.1Ga0.9As/GaAs quantum wells with well widths ranging from 7.9 to 33.0 nm are reported.
