Noise of Optical Detection by Glow Discharge in the DC Magnetic Field: Phenomena by the Synchronizing Signals and Outside the Locking Range

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概要

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• In optical detection by a glow discharge with the application of a DC magnetic field, its noise power can be reduced by a synchronization effect, if a rf signal is injected into the discharge device. However, the noise power increases due to the phenomena outside the locking range. The spectrum distribution is examined quantitatively under conditions of oscillation.

• 社団法人応用物理学会の論文
• 1990-02-20

著者

• Ueda Hiroyuki

  General Education In Engineering Faculty Of Engineering Chubu University

• Miyawaki Sawami

  General Education In Engineering Faculty Of Engineering Chubu University

• IIDA Yukio

  High-Technology Research Center and Faculty of Engineering, Kansai University

• Iida Y

  High-technology Research Center And Faculty Of Engineering Kansai University

• Iida Yukio

  Department Of Electronic Engineering Faculty Of Engineering Kansai University

• MORITA Masanobu

  Department of Electronic Engineering, Faculty of Engineering, Kansai University

• Morita Masanobu

  Department Of Electronic Engineering Faculty Of Engineering Kansai University

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• Influence of DC Electric Field on Optical Detection by Short-Gap Electrode Glow Discharge in DC Magnetic Field
• Microwave Amplification by Plasma Osaka Tube with Hot Cathode
• Noise of Optical Detection by Glow Discharge in the DC Magnetic Field: Phenomena by the Synchronizing Signals and Outside the Locking Range
• Optical Detection Voltage with Glow Discharge in a DC Magnetic Field
• Glow Discharge in DC Magnetic Field; Effect of the Applied Microwave on the Detection Sensitivity to Optical-Wave Signal
• Injection Locking Effect of Optical Detection by Glow Discharge in DC Magnetic Field
• The Gas Filled Osaka Tube Oscillator
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• Modes and Forms of Discharge in a Minute Space with the Application of a DC Magnetic Field from the Standpoint of the Optical Responses
• Single-Mode Silicon Optical Switch with T-Shaped SiO2 Optical Waveguide as a Control Gate

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