The characteristics of the reactive ion etching (RIE) of gallium nitride (GaN) have been investigated using HBr, 1:1 HBr:Ar, and 1:1 HBr:H2 plasmas. Etch rates were found to increase with plasma self-bias voltage for all gas mixtures exceeding 60 nm/min at -400V for pure HBr. Higher etch rates were obtained for pure HBr than for HBr mixtures with Ar and H2. Chamber pressure was also found to slightly affect etch rates for the pressure ranges investigated. The anisotropy of etched profiles was found to improve with increasing pressure. Smooth etched surfaces are also demonstrated.link_to_subscribed_fulltex
A parametric study of the etch characteristics of GaN, AIN and InN has been earned out with IC1/Ar a...
-Ar chemically-assisted ion-beam etching processes for GaN is reported. The etch rate and anisotropy...
The group III-nitrides continue to generate interest due to their wide band gaps and high dielectric...
A highly chemical reactive ion etching process has been developed for MOVPE-grown GaN on sapphire. T...
A highly chemical reactive ion etching process has been developed for MOVPE-grown GaN on sapphire. T...
Abstract: A highly chemical reactive ion etching process has been developed for MOVPE-grown GaN on s...
Etch rates up to 7,000 {angstrom}/min. for GaN are obtained in Cl{sub 2}/H{sub 2}/Ar or BCl{sub 3}/A...
Plasma-induced damage of n-Type GaN in Cl-2/CH4/Ar reactants and its recovery by the O-2/CHF3 plasma...
FABRICATION OF GROUP III NITRIDE DEVICES RELIES ON THE ABILITY TO PATTERN FEATURES TO DEPTHS RANGING...
The chemical inertness and high bond strengths of the III-V nitrides lead to slower plasma etching r...
We present a comparative study of the effects of low power reactive ion etching (RIE) on GaN and InN...
GaN etching can be affected by a wide variety of parameters including plasma chemistry and plasma de...
In reactive ion etching (RIE) of GaN, the ion bombardment can damage the material, so it is necessar...
As III-V nitride device structures become more complicated and design rules shrink, well-controlled ...
The dry etch characteristics of GaN in RF generated CCl2F2 discharges has been studied as function o...
A parametric study of the etch characteristics of GaN, AIN and InN has been earned out with IC1/Ar a...
-Ar chemically-assisted ion-beam etching processes for GaN is reported. The etch rate and anisotropy...
The group III-nitrides continue to generate interest due to their wide band gaps and high dielectric...
A highly chemical reactive ion etching process has been developed for MOVPE-grown GaN on sapphire. T...
A highly chemical reactive ion etching process has been developed for MOVPE-grown GaN on sapphire. T...
Abstract: A highly chemical reactive ion etching process has been developed for MOVPE-grown GaN on s...
Etch rates up to 7,000 {angstrom}/min. for GaN are obtained in Cl{sub 2}/H{sub 2}/Ar or BCl{sub 3}/A...
Plasma-induced damage of n-Type GaN in Cl-2/CH4/Ar reactants and its recovery by the O-2/CHF3 plasma...
FABRICATION OF GROUP III NITRIDE DEVICES RELIES ON THE ABILITY TO PATTERN FEATURES TO DEPTHS RANGING...
The chemical inertness and high bond strengths of the III-V nitrides lead to slower plasma etching r...
We present a comparative study of the effects of low power reactive ion etching (RIE) on GaN and InN...
GaN etching can be affected by a wide variety of parameters including plasma chemistry and plasma de...
In reactive ion etching (RIE) of GaN, the ion bombardment can damage the material, so it is necessar...
As III-V nitride device structures become more complicated and design rules shrink, well-controlled ...
The dry etch characteristics of GaN in RF generated CCl2F2 discharges has been studied as function o...
A parametric study of the etch characteristics of GaN, AIN and InN has been earned out with IC1/Ar a...
-Ar chemically-assisted ion-beam etching processes for GaN is reported. The etch rate and anisotropy...
The group III-nitrides continue to generate interest due to their wide band gaps and high dielectric...