Theory of Antennas for Gravitational Radiation
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概要
- 論文の詳細を見る
A theory of antennas for gravitational radiation is presented. On the basis of the eigenmode system and the structure symmetry, the emission and reception characteristics and the directivity pattern of antennas are treated. The antenna thermal noise is discussed in connection with the coupling constant of vibration sensors and with the effect of cold-damping.
- 社団法人日本物理学会の論文
- 1976-10-15
著者
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Narihara Kazumichi
Department Of Physics The University Of Tokyo
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HIRAKAWA Hiromasa
Department of Physics, The University of Tokyo
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FUJIMOTO Masa-Katsu
Department of Astronomy, The University of Tokyo
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Fujimoto Masa-katsu
Department Of Astronomy The University Of Tokyo
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Hirakawa Hiromasa
Department Of Physics Faculty Of Science University Of Tokyo
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NARIHARA Kazumichi
Department of Physics, The University of Tokyo
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Fujimoto Masakatsu
Department of Astronomy, The University of Tokyo
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Hirakawa Hiromasa
Department of Nuclear Engineering, Faculty of Engineernig, Kyushu University
関連論文
- Theory of Antennas for Gravitational Radiation
- Gravitational Radiation Detectors at 145 Hz
- Microwave Spectrum of Formaldehyde : I. K-type Doubling Spectra
- Microwave Zeeman Effect of Formaldehyde
- l-type Doubling Spectra of HCN and DCN
- Microwave Spectra of Formaldehyde -d_1 -d_2
- Transmission Electron Spin Resonance in Copper
- Microwave Skin Effect of Thin Films in a Magnetic Field
- Microwave Spectrum of BrCN and Dependence of Quadrupole Coupling Constant on the Vibrational State
- Microwave Spectrum of Hydrazine
- Electromechanical Tuning of Resonant Antennas for Gravitational Radiation
- Artificial Cold Resistors
- Electronic Cooling of Resistors
- Dynamic Polarization of Deuterons in Individual Sites of Deuterated LMN Crystal
- Rotating Superconductors
- Search for Background Gravitational Radiation
- Characteristics of Low Frequency Cryogenic Antennas for Gravitational Radiation
- Active Resonant Antennas for Gravitational Radiation
- Dependence of Quadrupole Coupling Constant on the Vibrational State in ICN Molecule
- Low Noise Oscillator Stabilized by Mechanically Modulated Cavity
- Parametric Transducer for Gravitational Radiation Detector
- Cavity Transducer for Subatomic Mechanical Vibration
- l-Type Doubling Spectra of HCN and DCN in the SHF Region
- Microwave Spectra of Formaldehyde and Methylamine in the SHF Region
- Skin Effect in a Magnetic Field
- Measurement of Gravitational Interaction at Small Distances
- Direct Measurement of RF Field Using Diode
- Electric Current due to γ-Ray Irradiation
- Theory of the Detection of Background Gravitational Radiation
- Radiation from Moving Charge Train
- Electromagnetic Field of Traveling Charge in Beam Ducts
- Pulse Shortening Effect in Linear Accelerators
- Calibration of Vibration Transducers
- Calibration of Gravitational Radiation Antenna by Dynamic Newton Field
- rf-Transducer for Mechanical Vibration
- Dynamic Null Experiment to Test the Law of Gravitation
- Local Field and Gravitational Radiation Experiments
- Dispersion of Gravitational Waves
- Dynamic Polarization of Deuterons in d-LMN Crystal
- The Gravitational Field of a Rotating Bar
- Theory of the Detection of Continuous Gravitational Radiation
- Relationship between Self-Diffusion and Interdiffusion in Gaseous Systems