Measurements of Energy Distributions in ECR Plasma : Nuclear Science, Plasmas and Electric Discharges
スポンサーリンク
概要
- 論文の詳細を見る
- 社団法人応用物理学会の論文
- 1988-05-20
著者
-
SAKAMOTO Yuichi
The Institute of Physical and Chemical Research
-
Amemiya Hiroshi
The Institute Of Physical And Chemical Research
-
Shimizu Kazuo
The Institute Of Physical And Chemical Research
-
Kato S
Nissin Electric Co. Ltd. Kyoto Jpn
-
KATO Shigeki
The Institute of Physical and Chemical Research
-
Amemiya Hiroshi
The Institate Of Phyiscal Chemical Research
関連論文
- Electron Temperature Measurement Using Intensity Ratio of H_2 Fulcher α(d^3Π_u-a^3Σ_g) to H_α Emissions in a Weakly Ionized Plasma
- Toothbrush Probe for Instantaneous Measurement of Radial Profile in Tokamak Boundary Plasma
- Measurements of Energy Distributions in ECR Plasma : Nuclear Science, Plasmas and Electric Discharges
- Simulation Experiment on Removal of Carbon Film from Observation Window of Carbonized Fusion Machine
- Measurement of Hydrogen Atom Flux from ECR Plasma
- Plasma-Sheath Boundary in Plasmas Containing Thermal and Beam Electrons
- Evaluation of Ion Temperature Using Ion Sensitive Probe in the Boundary Plasma of the JFT-2M Tokamak
- Measuring Method for Mach Number in Tokamak Edge Plasma Using Probes
- Simultaneous Measurements of Plasma Flow and Ion Temperature Using the Asymmetric Double Probe
- Criterion for Sheath Formation in Negative Ion Plasma with Electron Beam
- Efficiency of Parallel-Plate Capacitive Radio Frequency Discharge Plasma : Short Note
- Electron Energy Distribution Function Measured by Electrostatic Probes at Divertor Plasma in JET-2M Tokamak
- A Hot Plasma Produced by a Linear Discharge Device with a Large Capacity Condenser Bank
- Electron Energy Distribution in Nitrogen Plasma in Various Discharges
- Interaction of Amplitude Modulated Microwave with Highly Ionized Magneto-Plasma
- Plasma Produced by Electron Cyclotron Resonance Heating in Poloidal Heliotron Magnetic Field
- Interaction of Amplitude Modulated Microwave with Highly Ionized Magneto-Plasma II.
- Decarbonization by Using ECR Plasma : Nuclear Science, Plasmas and Electric Descharges
- Plasma Pre-Sheath in Low Pressure Discharges Containing Beam Electrons of Finite Temperature
- Microwave Discharge in Air: Simulation of Artificial Ionization Layer
- Measuring methods of Plasma Parameters by a Differentiating and Modulating Doublle Probe
- A Deconvolution Method for Measuring the Energy Distribution Function in Plasmas
- Electron Cyclotron Resonance Plasma in Multicusp Magnets with a Checkered Pattern
- Negative Ions and Energy Distribution in a Hydrogen Plasma Device
- Experiments on the Energy Distribution Function in Hydrogen Plasmas
- Possibility of Metal Surface Cleaning by Electron Cyclotron Resonance Plasma of Hydrogen
- Reduction of Metal Oxides by Electron Cyclotron Resonance (ECR) Plasma of Hydrogen : A Model Study on Discharge Cleaning
- Experimental Evidence of Metal Surface Cleaning by Electron Cyclotron Resonance Plasma of Hydrogen
- Production of Highly Ionized Plasma
- Probe Diagnostics in Negative Ion Containing Plasma
- Nonlinear Interaction of Magnetoplasma with Electromagnetic Wave
- Experimental Study of Excitation of Low Frequency Plasma Waves by Amplitude-Modulated Microwave
- Cooling of Ions by Cold Electrons through Coulomb Collisions (Gases, Plasmas and Electric Discharges)
- Characteristics of Probes with an Orifice in a Dilute Plasma
- Sheath Formation Criterion and Ion Flux for Non-Maxwellian Plasma
- Space Charge Limited Equation in a Magnetic Field
- Capacitive Radio Frequency Discharge Plasma Containing Negative Ions
- Interaction of Amplitude Modulated Microwave with a Highly Ionized Magnetoplasma. III.
- Measurement of Power Transfer Efficiency from Microwave Field to Plasma under ECR Condition
- Sheath Formation Criterion and Ion Flux for a Non-Maxwellian Plasma Containing Negative Ions
- A Proposal on Launching System for Lower Hybrid Resonance Plasma Heating
- ECR Plasma in Poloidal Heliotrorn Type Magnetic Field
- Electron Energy Distribution Function Measured by Electrostatic Probes at Divertor Plasma in JFT-2M Tokamak
- Formation of Diamond Like Carbon by a Pure Carbon Arc Under High Vacuum