Cubic boron nitride (c-BN), if properly developed, can be a very promising material for
electronic applications, such as ultraviolet (UV) detectors and UV light emitting diodes …

A review, with 112 references, is given of the different ways to prepare cubic boron nitride
(BN). The different crystal forms as well as the phase diagram of BN are described. The …

A self-consistent set of thermochemical data for 33 molecules in the B− N− Cl− H system are
obtained from a combination of ab initio electronic structure calculations and empirical …

Photoelectron spectra of the BN− anion at 266 nm and 355 nm are reported. We observe
transitions to the ground and three lowest excited states of BN. The electron affinity of BN (X …

The importance of III–V compounds in semiconductor devices has stimulated great interest
in clusters of group III–V elements. While much of this work has focused on quantum …

High-temperature Knudsen cell mass spectrometry has been used to study the equilibria
involving the B 2 N molecule over the Si–BN system. Thermal functions needed in the …

The potential energy curves (PECs) of the X3Π, a1Σ+, b1Π, A3Σ+, B3Σ−, c1Δ, D3Π, 15Π,
31Σ+, 33Π, 21Π, 23Σ+, 13Δ, 15Σ+, 43Π, 23Σ− and 15Σ− electronic states of the BN molecule …

Extensive multireference CI calculations using a contracted 6 s 5 p 3 d 1 f Gaussian basis
set on the B and N atoms indicate that the X 2∑+, A 2Π, and B 2∑+ states of BN− are bound …

The RKRV turning points for the ground states of NH and PH have been calculated, and the
dissociation energies have been obtained by the curve-fitting procedure using empirical …

This study addresses the transition properties of the X 3 Π, A 3 Σ+, B 3 Σ–, C 3 Π, D 3 Π, E 3
Σ+, a 1 Σ+, b 1 Π, c 1 Δ, and d 1 Σ+ states of the boron nitride molecule. The potential energy …