High Frequency Transport Properties in InSb under a Magnetic Field
スポンサーリンク
概要
- 論文の詳細を見る
Theoretical calculation has been made on high-frequency transport properties of InSb under a d.c. magnetic field, leading to the conclusion that the relative increase of microwave loss in InSb under a magnetic field, γ_l, is given by γ_0{1+ω(τ_e+τ_h)}, where γ_0 is the relative resistivity increase Δρ/ρ_0 under a d.c. magnetic field with d.c. current, and τ_e and τ_h are the constant relaxation times for electrons and holes respectively. Measurements were made on the microwave power loss at 34 Gc/s at room temperature under magnetic fields up to 1.5 weber/m^2. Tbe experimental results show an appreciable influence of ωτ on the loss even at room temperature as predicted by the theory.
- 社団法人日本物理学会の論文
- 1966-03-05
著者
関連論文
- Formation of Very Thin Anodic Oxide of InSb
- Radiometric Calibration of ASTER Data
- Deep Levels in n-Type Undoped and Te-doped InSb Crystals
- Hole Wave Instabilities in an Avalanche Semiconductor Plasma under Magnetic Fields
- Continuous Coherent Oscillation in InSb under a Transverse Magnetic Field
- Liquid Phase Epitaxial Growth of Ga_x In_ Sb by Vertical Dipping Method
- Behavior of High Field Domain in n-Ga_xIn_Sb
- Electron Velocity-Field Characteristics of Ga_xIn_Sb Measured by a Microwave Heating Technique
- Evaluation of InSb MOS Structure with Thin Anodic Oxide
- Effects of Insulated Gate on Ion Implanted InSb p^+n Junctions
- Planar Type p-Channel InSb-MAOSFET
- High Frequency Transport Properties in InSb under a Magnetic Field
- Temperature Dependence of Reverse Current in Be Ion Implanted InSb p^+n Junctions
- Hot Electrons in InSb under a Transverse Magnetic Field at 77°K
- InSb-MAOS Structure Fabricated by Anodization and Sputtering
- Pinching Radial Velocity in Semiconductor Plasmas
- Current Controlled Negative Resistance and Instabilities in InSb
- Oscillation Frequency of Transverse Waves in Solid Drifted Plasma
- Pinching Processes in Semiconductor Plasmas
- Possible Explanation of Continuous Coherent Oscillation in InSb
- Sausage-Shaped Instability in Semiconductor Plasma. : II. Observation and Stabilization
- Sausage-Shaped Instability in Semiconductor Plasma. : I. Theory
- Galvanomagnetic Properties in Inhomogeneous Indium Antimonide at 77°K