Nagaoka University of Technology Technology seeds

Technology seeds ~Study introduction~

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Creation and observation of extreme reaction fields using various plasmas

Plasma Dynamics Laboratory

Categories of technology seeds
Nuclear System Safety
keyword

Faculty

菊池 崇志

KIKUCHI Takashi

TEL:
0258-47-9506
FAX:
0258-47-9500
佐々木 徹

SASAKI Toru

Associate Professor

TEL:
0258-47-9559
FAX:
0258-47-9559
高橋 一匡

TAKAHASHI Kazumasa

TEL:
0258-47-9899
田中 徹

TANAKA TETSU

TEL:
0258-47-9899

Specialties

1.Radiation Physics
2.Radiation Chemistry
3.Radiation Effect
4.Numerical Analysis
5.Energy Engineering

Research areas

Radiation Application:
1.Environmental chemistry application of pulsed intense charged particle beam, 2.Biological effect of pulsed intense charged particle beam
Plasma and Nuclear Fusion:
1.Dense plasma generation and measurement by pulsed power device, 2.Reactor material of nuclear fusion, 3.Fundamental research for nuclear fusion power generation
Beam Physics and Engineering:
1.Dynamics analysis of particle beam, 2.Pulsed charged particle beam generation and application using induction accelerator

Main facilities

Streak camera, Time-resolved measurement spectrometer, Electromagnet, Atmospheric pressure plasma generation device, Multi-channel waveform recording device, Radiation thermometer for high temperature measurement, Microscope, High-voltage power supply, High-speed luminescence measurement system, High-voltage probe, Current probe, Calculation Servers, YAG lasers, etc.

Forte of this laboratory's study

Elucidation of physical phenomena related to plasma and application of plasma, numerical analysis and various designs of magnetohydrodynamics and plasma phenomena, generation, control and trajectory analysis of particle beams, development and utilization of pulsed power equipment, measurement of extremely short-time phenomena, and development of related high voltage and high current measurement methods, radiation generation and its applications

Achivements/proposals via industry-academia collabolations

Development of atmospheric pressure plasma device for manufacturing, Annealing of thin wires using plasma, Surface modification by plasma irradiation, Development of ion source

Areas interesting to interact with

Plasma applications, Computational physics for phenomenon elucidation, Pulsed power applications, Radiation applications, etc.

  • Decomposition of water environmental pollutants by pulsed intense relativistic electron beam irradiationDecomposition of water environmental pollutants by pulsed intense relativistic electron beam irradiation
  • Particle Trajectory Analysis in Plasma Sputter DeviceParticle Trajectory Analysis in Plasma Sputter Device
  • Visualization of flow in channel by numerical analysisVisualization of flow in channel by numerical analysis
  • Surface wear analysis of fusion reactor wall materialSurface wear analysis of fusion reactor wall material
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