electron cyclotron resonanceの例文

• This is also known as electron cyclotron resonance heating or Dielectric heating.
• Heavy ions can be generated with an electron cyclotron resonance ion source.
• The ECR ion source makes use of the electron cyclotron resonance to ionize a plasma.
• This is typical electron cyclotron resonance motion.
• :Do you mean Electron cyclotron resonance?
• In the 1960s he developed electron cyclotron resonance heating of plasma physics as part of controlled fusion.
• Electron cyclotron resonance reactors and helicon wave antennas have also been used to create high-density discharges.
• For heavier ion production, for example, an electron cyclotron resonance ( ECR ) source can be used.
• Plasma formation and heating is achieved using 28 GHz, 100 kW electron cyclotron resonance heating ( ECRH ).
• The upcoming ITER thermonuclear reactor is expected to range from 110 170 GHz and will employ electron cyclotron resonance heating ( ECRH ).
• The KSTAR magnet system consists of 16 niobium-tin direct current radio frequency heating and electron cyclotron resonance heating ( ECRH ).
• The use of electron cyclotron resonance ( ECR ) ion sources for the production of intense beams of highly charged ions has immensely grown over the last decade.
• Microwaves are injected into a volume at the frequency corresponding to the electron cyclotron resonance, defined by the magnetic field applied to a region inside the volume.
• The LHD uses neutral beam injection, ion cyclotron radio frequency ( ICRF ), and electron cyclotron resonance heating ( ECRH ) to heat the plasma, much like conventional tokamaks.
• In the 1970s and 1980s his group developed the Electron Cyclotron Resonance Ion Source, ECRIS, for use in accelerators on for particle physics, nuclear physics, and medical applications.
• Some important industrial fields would not exist without the use of this fundamental technology, which makes electron cyclotron resonance ion and plasma sources one of the enabling technologies of today's world.
• In 1992 he went to the Institut des Sciences Nucl閍ires de Grenoble, where he developed a new electron cyclotron resonance ( ECR ) method that was used to generate radioactive ion beams in nuclear physics.
• There exists a possibility that a reversed field pinch could achieve ignition solely with ohmic power ( by driving current through the plasma and generating heat from electrical resistance, rather than through electron cyclotron resonance heating ), which would be much simpler than tokamak designs, though it could not be operated in steady state.