Molecular‐beam‐epitaxial GaN layers change from strongly conductive (ρ≂10−2 Ω cm at 300 K) to semi‐insulating (ρ≂106 Ω cm) as the N flux is increased. Layers grown at low fluxes show strong n‐type conduction, with transport in the conduction band at high temperatures and in a shallow donor band at low temperatures. For layers grown at high N fluxes, the Hall coefficients become too small to measure, suggesting hopping conduction among deep centers. The temperature‐dependent resistivity data are most consistent with multiphonon, rather than single‐phonon, hopping
The electron transport mechanisms in MOCVD-grown GaN films have been investigated. Mobilities, carri...
The electron transport mechanisms in MOCVD-grown GaN films have been investigated. Mobilities, carri...
Molecular-beam-epitaxial GaAs grown at very low temperatures (∼200 °C) exhibits anomalous Hall-effec...
Molecular‐beam‐epitaxial GaN layers change from strongly conductive (ρ≂10−2 Ω cm at 300 K) to semi‐i...
Molecular‐beam‐epitaxial GaN layers change from strongly conductive (ρ≂10−2 Ω cm at 300 K) to semi‐i...
Molecular‐beam‐epitaxial GaN layers change from strongly conductive (ρ≂10−2 Ω cm at 300 K) to semi‐i...
Excellent n-type GaN layers have been grown by all of the major epitaxial techniques: MBE, MOCVD, an...
Excellent n-type GaN layers have been grown by all of the major epitaxial techniques: MBE, MOCVD, an...
Excellent n-type GaN layers have been grown by all of the major epitaxial techniques: MBE, MOCVD, an...
Highly resistive molecular beam epitaxial GaN layers are characterized by temperature dependent cond...
The electrical conduction mechanisms in various highly resistive GaN layers of Al x Ga1-x N/AlN/GaN/...
Molecular-beam-epitaxial (MBE) GaN layers can be made semi-insulating (SI) by using a high N flux du...
Molecular-beam-epitaxial (MBE) GaN layers can be made semi-insulating (SI) by using a high N flux du...
Molecular-beam-epitaxial (MBE) GaN layers can be made semi-insulating (SI) by using a high N flux du...
Molecular-beam-epitaxial GaAs grown at very low temperatures (∼200 °C) exhibits anomalous Hall-effec...
The electron transport mechanisms in MOCVD-grown GaN films have been investigated. Mobilities, carri...
The electron transport mechanisms in MOCVD-grown GaN films have been investigated. Mobilities, carri...
Molecular-beam-epitaxial GaAs grown at very low temperatures (∼200 °C) exhibits anomalous Hall-effec...
Molecular‐beam‐epitaxial GaN layers change from strongly conductive (ρ≂10−2 Ω cm at 300 K) to semi‐i...
Molecular‐beam‐epitaxial GaN layers change from strongly conductive (ρ≂10−2 Ω cm at 300 K) to semi‐i...
Molecular‐beam‐epitaxial GaN layers change from strongly conductive (ρ≂10−2 Ω cm at 300 K) to semi‐i...
Excellent n-type GaN layers have been grown by all of the major epitaxial techniques: MBE, MOCVD, an...
Excellent n-type GaN layers have been grown by all of the major epitaxial techniques: MBE, MOCVD, an...
Excellent n-type GaN layers have been grown by all of the major epitaxial techniques: MBE, MOCVD, an...
Highly resistive molecular beam epitaxial GaN layers are characterized by temperature dependent cond...
The electrical conduction mechanisms in various highly resistive GaN layers of Al x Ga1-x N/AlN/GaN/...
Molecular-beam-epitaxial (MBE) GaN layers can be made semi-insulating (SI) by using a high N flux du...
Molecular-beam-epitaxial (MBE) GaN layers can be made semi-insulating (SI) by using a high N flux du...
Molecular-beam-epitaxial (MBE) GaN layers can be made semi-insulating (SI) by using a high N flux du...
Molecular-beam-epitaxial GaAs grown at very low temperatures (∼200 °C) exhibits anomalous Hall-effec...
The electron transport mechanisms in MOCVD-grown GaN films have been investigated. Mobilities, carri...
The electron transport mechanisms in MOCVD-grown GaN films have been investigated. Mobilities, carri...
Molecular-beam-epitaxial GaAs grown at very low temperatures (∼200 °C) exhibits anomalous Hall-effec...