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MRCI studies on the electronic structure of AlN and AlN−, and the electron affinity of AlN
Journal of Molecular Spectroscopy, 2003Abstract Using multireference configuration-interaction methods and double to triple-zeta basis sets with semidiffuse and polarization functions, potential energies and spectroscopic constants for low-lying doublet, and quartet states of AlN − were calculated. X 2 Σ + has R e =3.280 bohr and ω e =870 cm −1 . 1
Christopher M. Clouthier +2 more
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AlN/AlGaN/AlN quantum well channel HEMTs
Applied Physics Letters, 2023We present a compositional dependence study of electrical characteristics of AlxGa1−xN quantum well channel-based AlN/AlGaN/AlN high electron mobility transistors (HEMTs) with x=0.25,0.44, and 0.58. This ultra-wide bandgap heterostructure is a candidate for next-generation radio frequency and power electronics. The use of selectively regrown n-type GaN
Jashan Singhal +6 more
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Growth of High-Quality AlN and AlN/GaN/AlN Heterostructure on Sapphire Substrate
Japanese Journal of Applied Physics, 1996Metalorganic chemical vapor deposition (MOCVD) growth of AlN on sapphire substrates was investigated, with the aim of device quality AlN/GaN/AlN double heterostructures. Growth temperature as high as 1300° C was required to obtain AlN epitaxial layers with sharp X-ray diffraction peaks.
Yasuo Ohba Yasuo Ohba +1 more
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Interfacial properties of AlN and oxidized AlN on Si
Surface Science, 2010Abstract We report on the characteristics of metal–insulator-semiconductor (MIS) capacitors with aluminum nitride (AlN) as the insulator material. AlN has been grown on (1 1 1) Si by means of molecular beam epitaxy (MBE) and DC magnetron sputtering (SPU). AlN layers have been characterized before and after dry thermal oxidation in O 2 .
M. Placidi +9 more
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AlN/Fe/AlN nanostructures for magnetooptic magnetometry
Journal of Applied Physics, 2014AlN/Fe/AlN/Cu nanostructures with ultrathin Fe grown by sputtering on Si substrates are evaluated as probes for magnetooptical (MO) mapping of weak currents. They are considered for a laser wavelength of λ = 410 nm (3.02 eV) and operate at oblique light incidence angles, φ(0), to enable detection of both in-plane and out-of-plane magnetization.
E. Lišková-Jakubisová +6 more
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