On the Piezoelectric Lines at Sub-microwave Frequencies

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概要

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• Piezoelectric absorption lines which had been found in the experiment of nuclear quadrupole resonance were studied in the frequency range between 3Mc and 700Mc. These lines were observed not only in powder, but also in single crystals. The present experiment showed that they were neither due to resonant vibrations of individual crystals in powder nor due to harmonics of the natural vibration of a single crystal. The absorption was dependent on imperfection of crystal and related to very narrow region in a crystal. The following mechanism was suggested: There are regions where the velocity of the elastic wave is smaller than the outside. Then vibrations are confined within the region because of total reflection at the boundary.

• 社団法人日本物理学会の論文
• 1955-04-05

著者

• Ogawa Shizuko

  Department Of Physics Tokyo University Of Education

• KOJIMA Shoji

  Tokyo University of Education

• TSUKADA Kineo

  Tokyo University of Education

• OGAWA Shizuko

  Tokyo University of Education

• SHIMAUCHI Akira

  Tokyo University of Education

• MATSUMIYA Norio

  Tokyo University of Education

• Tsukada Kineo

  Department Of Physics Tokyo University Of Education

• Shimauchi Akira

  Department Of Physics Tokyo University Of Education

• Shimauchi Akira

  Tokyo Bunrika University

• Kojima Shoji

  Tokyo Bunrika University

• KOJIMA Shoji

  Department of Physics, Tokyo University of Education

関連論文

• Effects of Impurities on Nuclear Quadrupole Resonance in p-Dichlorobenzene
• Structure of Nuclear Quadrupole Resonance Line : I. Solid Iodine
• On the Piezoelectric Lines at Sub-microwave Frequencies
• Nuclear Quadrupole Resonances in Arsenic Tribromide and Arsenic Tri-iodide
• Microwave Spectra of SPCl_3, Experimental
• Noise of Gas Discharge Plasma
• Higher Harmonics and Sub-Harmonics of Electron Plasma Oscillations
• Noise of Cuprous-Oxide Rectifier
• Observation of Nuclear Quadrupole Resonances with a Coaxial-cavity Spectrometer
• Fine Structure of Pure Quadrupole Spectrum in Iodine Crystal
• Structure of Nuclear Quadrupole Resonance Line : II. Solid Bromine
• Zeeman Splitting of Nuclear Quadrupole Resonance Line of Bromine
• Probe Measurements for High Frequency Discharge
• Probe Measurements for High Frequency Discharge II.
• Oscillations in Plasma II
• Oscillations in Plasma I
• Plasma Resonances of Positive Column in a Magnetic Field
• Contribution of Overlap Integral to Nuclear Quadrupole Coupling
• Zeeman Splitting of Nuclear Quadrupole Resonance in Paradibromobenzene
• Zeeman Splitting of the Nuclear Quadrupole Resonance Line of Iodine
• The Ion Source of Electron Oscillation Type.
• Radio Frequency Absorption in Barium Chlorate
• Ion Oscillations in a Plasma
• Oscillations in a Plasma in a Weak Magnetic Field
• On the Noise of Rochelle Salt
• Radiation of Plasma Oscillation
• Oscillations in Plasma III(Dipole Mode)
• A Light Effect of a Diamond Alpha Ray Counter
• The Noise of Decaying Electrets.
• On the Noise of Decaying Electrets
• Interaction of Beta Rays from RaE with Matter.
• Proton Magnetic Resonance Absorption in Cetyl Alcohol
• On the Noise of Rochelle Salt

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