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Department Of Energy Engineering And Science Graduate School Of Engineering Nagoya University | 論文
- Observation of Transverse Dust Lattice Wave Excited by Unstable Vertical Oscillations of Dust Particles in an Ion Sheath with Low Gas Pressure
- Release Rate Estimation of Radioactive Noble Gases in the Criticality Accident at Tokai-Mura from Off-Site Monitoring Data
- Measurements of Thoron Concentration by Passive Cup Method and Its Application to Dose Assessment
- Suppression of Radon Exhalation from Soil by Covering with Clay-mixed Soil
- Erosion and Redeposition Processes of Molybdenum with Oblique Incidence of Magnetic Field
- Micron-Bubble Formation on Polycrystal Tungsten due to Low-Energy and High-Flux Helium Plasma Exposure
- 27pB03 Effects of RF Power and Neutral Gas Pressure on the E-H Transition Time in High Pressure RF ICPs
- High Pressure Ar-N_2 RF Discharge With ICP Technique Using SIT Inverter Power Supply
- Trace Elements with Large Activation Cross Section in Concrete Materials in Japan
- 01pC23P Effects of Tungsten Electrode on the Initiation of High-Pressure Induction Plasmas
- Formation of Nanostructured Tungsten with Arborescent Shape due to Helium Plasma Irradiation
- Estimation of the Global ^Rn Flux Density from the Earth's Surface
- Development of Laser Photodetachment Technique Using Heated Probe to Eliminate the Effect of Probe Surface Ablation Phenomena
- High-Repetition High-Duty Tokamak Discharge with Long Duration
- Estimation of the Global 222Rn Flux Density from the Earth's Surface
- Influence of short-lived radon-222 daughters present in atmosphere on natural environmental gamma-radiation field.
- Validity of Electron Temperature Measurement by Using Boltzmann Plot Method in Radio Frequency Inductive Discharge in the Atmospheric Pressure Range
- Hydrogen Blister Formation on Cold-Worked Tungsten with Layered Structure
- Measurements of Energy-Loss Cross Sections for 300, 400, and 500 eV Electrons in the Continuum of N_2
- Examination of Atmospheric Dynamic Model's Performance over Complex Terrain under Temporally Changing Synoptic Meteorological Conditions.