Hamabe et al., 2016 - Google Patents
Studies on the Effect of Radio Frequency Field in a Cusp-Type Charge Separation Device for Direct Energy ConversionHamabe et al., 2016
View PDF- Document ID
- 4490569404302158190
- Author
- Hamabe M
- Izawa H
- Takeno H
- Nakamoto S
- Ichimura K
- Nakashima Y
- Publication year
- Publication venue
- Plasma and Fusion Research
External Links
Snippet
In D-3He fusion power generation, direct energy conversion can be applied and high efficiency can be expected because the produced energy in D-3He reaction is kinetic energies of charged particles. Since harmful high energy neutrons are hardly generated, this …
- 230000000694 effects 0 title abstract description 15
Similar Documents
Publication | Publication Date | Title |
---|---|---|
Pushkarev et al. | The influence of a shield on intense ion beam transportation | |
Goncharov et al. | Focusing and control of multiaperture ion beams by plasma lenses | |
Hamabe et al. | Studies on the Effect of Radio Frequency Field in a Cusp-Type Charge Separation Device for Direct Energy Conversion | |
Toida et al. | Heavy ion acceleration by nonlinear magnetosonic waves in a two-ion-species plasma | |
Takeno et al. | Basic experimental simulation of a traveling wave direct energy converter for a D–3He fusion reactor | |
Zehrfeld et al. | Electric field effects on relativistic charged particle motion in Tokamaks | |
Takeno et al. | Recent Advancement of Research on Plasma Direct Energy Conversion | |
Bryzgunov et al. | Efficiency improvement of an electron collector intended for electron cooling systems using a Wien filter | |
Togo et al. | Experimental Study on the Constant Deceleration Scheme in Traveling Wave Direct Energy Converter | |
Okamura et al. | Laser ion source for low-charge heavy ion beams | |
Takeno et al. | Examination of Bunching Effect of Dual-Frequency Modulation in a Traveling Wave Direct Energy Converter Simulator | |
Dolbilov | Induction synchrotron with a constant magnetic field | |
Veksler et al. | Collective linear acceleration of ions | |
Katsura et al. | Studies on the Axial Position of the Decelerator in Traveling Wave Direct Energy Converter | |
Shibata et al. | Analytical Experiment of Time Evolution of Deceleration Effect in Traveling Wave Direct Energy Converter Using Dual-Frequency Modulation | |
Lindman | Numerical simulation of ion acoustic turbulence | |
Munakata et al. | Studies on density dependence of charge separation in a direct energy converter using slanted Cusp magnetic field | |
Yasaka et al. | Plasma Direct Energy Converter for Thermal Ions Using a Slanted Cusp Magnetic Field and Two-Stage Deceleration | |
Kurumatani et al. | Research on characteristics of particle discrimination and direct energy conversion for cusp direct energy converter | |
Kozawa et al. | Plasma wakefield acceleration experiments in overdense regime driven by narrow bunches | |
Oreshko | The generation of fast particles in electrical discharges | |
Miyata et al. | Correlation of low-frequency fluctuations measured by the gold neutral beam probe and end plates in GAMMA 10 | |
Kruscha et al. | Nonlinear Theory of the Instability of a Modulated Electron Beam of Low Density in a Plasma. I. Conservation Laws of Energy and Momentum for Electromagnetic Waves in a Nonequilibrium Dispersive and Dissipative Medium in the Case of a Slow Change of Amplitude and Phase of the Wave | |
Oohara et al. | Fluctuation-phase relation between positive and negative ions on pair-plasma electrostatic waves | |
Goto et al. | Study of the negative ion extraction mechanism from a double-ion plasma in negative ion sources |