AbstractTremendous progress has been made in recent years in the growth, doping and processing technologies of the wide bandgap semiconductors. The principal driving force behind this activity is the potential use of, for example, the 1114 nitrides in high-power, high-temperature, high-frequency electronic and optical devices resistant to radiation damage. This article reports the current state of the art for producing some selected devices from the III-V nitrides
AbstractThe Fall-99 MRS meeting opened in Boston following the traditional Thanksgiving Weekend holi...
AbstractThe developing list of wide gap substrates for device production is remarkable compared with...
With the incandescent bulb beaten in terms of efficiency, and fluorescent lighting in its sights, wi...
AbstractTremendous progress has been made in recent years in the growth, doping and processing techn...
A wide variety of group III-Nitride-based photonic and electronic devices have opened a new era in t...
The objective of the proposed research is to develop high-performance III-nitride-based ultraviolet ...
The field of group III-nitride semiconductors has seen incredible developments during last couple of...
The field of group III-nitride semiconductors has seen incredible developments during last couple of...
The III-nitride semiconductor materials have wide direct bandgap ranging from 6.2 eV (AlN); through ...
Improvements in III-nitride technology continue apace in both opto- and microelectronic device perfo...
This paper summarizes some of the recent advances made on III-nitride ultraviolet photonics material...
III-nitride wide bandgap semiconductors, such as GaN, InN, A1N and their ternary or quaternary alloy...
The group III-nitride system of materials has had considerable commercial success in recent years in...
The revised edition of this important book presents updated and expanded coverage of light emitting ...
The III-nitride semiconductor materials have wide direct bandgap ranging from 6.2 eV (AlN); through ...
AbstractThe Fall-99 MRS meeting opened in Boston following the traditional Thanksgiving Weekend holi...
AbstractThe developing list of wide gap substrates for device production is remarkable compared with...
With the incandescent bulb beaten in terms of efficiency, and fluorescent lighting in its sights, wi...
AbstractTremendous progress has been made in recent years in the growth, doping and processing techn...
A wide variety of group III-Nitride-based photonic and electronic devices have opened a new era in t...
The objective of the proposed research is to develop high-performance III-nitride-based ultraviolet ...
The field of group III-nitride semiconductors has seen incredible developments during last couple of...
The field of group III-nitride semiconductors has seen incredible developments during last couple of...
The III-nitride semiconductor materials have wide direct bandgap ranging from 6.2 eV (AlN); through ...
Improvements in III-nitride technology continue apace in both opto- and microelectronic device perfo...
This paper summarizes some of the recent advances made on III-nitride ultraviolet photonics material...
III-nitride wide bandgap semiconductors, such as GaN, InN, A1N and their ternary or quaternary alloy...
The group III-nitride system of materials has had considerable commercial success in recent years in...
The revised edition of this important book presents updated and expanded coverage of light emitting ...
The III-nitride semiconductor materials have wide direct bandgap ranging from 6.2 eV (AlN); through ...
AbstractThe Fall-99 MRS meeting opened in Boston following the traditional Thanksgiving Weekend holi...
AbstractThe developing list of wide gap substrates for device production is remarkable compared with...
With the incandescent bulb beaten in terms of efficiency, and fluorescent lighting in its sights, wi...