Seventy GHz Slow Surface Wave Propagation in a Waveguide Containing Transversely Magnetized p-Type and n-Type InSb Slabs
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概要
- 論文の詳細を見る
- 社団法人応用物理学会の論文
- 1997-05-15
著者
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Kosaka Satoru
Department of Neuroscience, Osaka City University Medical School
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Kosaka S
Akita Univ. Akita Jpn
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Kosaka Satoru
Department Of Neuroscience Osaka City University Medical School
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Kosaka Satoru
Department Of Electrical And Electronic Engineering Faculty Of Engineering And Research Science Akit
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OBUNAI Tetsuo
Department of Electrical and Electronic Engineering, Faculty of Engineering and Research Science, Ak
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Obunai T
Akita Univ. Akita Jpn
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Obunai Tetsuo
Department Of Electronic Engineering Faculty Of Mining Akita University
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Obunai Tetsuo
Department Of Electrical And Electronic Engineering Faculty Of Engineering And Research Science Akit
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YODOKAWA Shinichi
Department of Electrical and Electronic Engineering, Faculty of Engineering and Resource Science, Ak
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Yodokawa S
Akita Univ. Akita Jpn
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Yodokawa Shinichi
Department of Electrical and Electronic Engineering, Faculty of Engineering and Research Science, Akita University
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- Effect of Dielectric Slab on Millimeter Wave Propagation in Solid-State Plasma Waveguide
- Possibility of Submillimeter Slow Surface Wave Resonance in a Two-Layer Parallel-Plate Waveguide Containing n-Type or p-Type InSb Slab
- Seventy GHz Slow Surface Wave Propagation in a Waveguide Containing Transversely Magnetized p-Type and n-Type InSb Slabs
- Experimental Studies on 70 GHz Slow Surface Wave Propagation in Transversely Magnetized Partially Filled Ring-Form Solid-Plasma Waveguide
- Observation of a Slow-Surface Wave in Millimeterwave Solid-State Plasma Waveguide
- Nonreciprocal Propagation Characteristics of 2.5 THz Submillimeter Wave in Two-Layer Parallel-Plate Waveguide Containing n-InSb Slab at Room Temperature
- Propagation Modes in Millimeter-Wave Solid-State Plasma Waveguide
- Millimeter-Wave Nonreciprocity in Dielectric Imageguide Containing Solid-State Magneto-Plasma Slab
- Study of Slow Surface Waves in 70-GHz Solid-Plasma Waveguide Utilizing Maximum-Entropy Method
- Propagation Characteristics in 70 GHz Solid-Plasma Waveguide Containing n-InSb Slab with Light Irradiation
- Propagation Characteristics in a Transversely Magnetized 70 GHz Waveguide Containing a p-InSb Stab Carrying an Applied Current
- Wave Propagation Characteristics of a 70 GHz Imageguide Consisting of a Transversely Magnetized p-InSb Slab with Light Irradiation
- Magnetic-Field Dependence of Transmission Characteristics of E-Band Waveguide Containing a Current-Applied n-InSb Slab
- Fabrication of Si-Mo-Si Three Layer Structure and Its Current Transfer Characteristics
- Effect of Dielectric Material on Slow-Surface Wave Propagation in a Solid-Plasma Waveguide
- Slow Surface-Wave Propagation in Partially Filled Coaxial Solid-Plasma Waveguide in γ-Dependent Azimuthal Magnetic Field
- Field Distribution in Transversely-Magnetized Two-Layer Millimeterwave Solid-Plasma Waveguide
- Variation of Slow-Surface-Wave Propagation Characteristics in Millimeter-Wave Solid-PlasmaWaveguide with Applied Current
- Slow Surface Wave Propagation in an Azimuthally-Magnetized Millimeter-Wave Solid-Plasma Coaxial Waveguide
- Nonreciprocal Propagation Characteristics of 671 GHz Submillimeter Wave in Image Guide Consisting of Transversely Magnetized $ p$-InSb Slab
- Theoretical Analysis of 70 GHz Slow Surface Wave Propagation in Transversely Magnetized Partially Filled Ring-Form Solid-Plasma Waveguide