This May's 13th Indium Phosphide and Related Materials conference (IPRM'01) in Nara,
Japan attracted a record 470 delegates, despite the slowdown in the industry (perhaps due …

The on-going evolution of information technology is ensuring growing interest in indium
phosphide (InP) electronics. The latest developments in this area were aired at the 'Eleventh …

Just as the III-V compounds and alloys have competed with Si for market share so InP has
continually battled GaAs for the niches where this class of materials has the advantage. In …

Indium phosphide may be among the younger of the compound materials, but dedicated
work is moving its attributes firmly into the market. ASIP Inc's merger with ThreeFive …

Two quaternary Ill-V systems are available for InP based opto and micro-electronics:
InGaAsP and InGaAlAs. The first has been extensively studied with remarkable success for …

We have developed Cl/sub 2//Ar and IBr/sub 3//Ar chemically-assisted ion-beam etching
(CAIBE) processes, which allow high-quality etching of InP-based materials such as laser …

Phosphorus-based materials are of great importance for many advanced optoelectronic and
electronic devices. The most common techniques used for growing phosphorus containing …

InP-based heterostructures have traditionally been used for the fabrication of photodetectors
and integrated optoelectronic circuits (OEICs) operating at long wavelength (1.55/spl mu/m) …

Résumé Parallèlement à l'optoélectronique 1, 3-1, 5 µm, et grâce à des propriétés de
transport électroniques remarquables, une microélectronique sur les matériaux à base de …

InP is a key semiconductor for the production of optoelectronic and photonic devices. Its
related compounds, such as InGaAsP alloy, have been realized as very important materials …