Study types
- dataset 583
Frequent coauthors
- NAGAOKA, Kenichi 564
- TSUMORI, Katsuyoshi 511
- IKEDA, Katsunori 510
- KOMADA, Seiji 484
- SATO, Mamoru 484
- NAKANO, Haruhisa 409
- KISAKI, Masashi 395
- KONDO, Tomoki 388
- NUGA, Hideo 330
- SHIBUYA, Masayuki 233
To study fast ion confinement and transport mechanisms both in quiescent plasmas and in the presence of magneto-hydrodynamic (MHD) activity, an electric field parallel to the magnetic field type neutral particle analyzer (E||B-NPA) was inst…
To study fast ion confinement and transport mechanisms both in quiescent plasmas and in the presence of magneto-hydrodynamic (MHD) activity, an electric field parallel to the magnetic field type neutral particle analyzer (E||B-NPA) was inst…
Fast ion charge exchange spectroscopy (FIDA) with high time resolution
Magnetic fluctuation diagnostics with high time resolution
Magnetic fluctuation diagnostics with high time resolution
Magnetic fluctuation diagnostics with high time resolution
Scintillator probes to measure lost fast ions, such as alpha particles, from confined plasmas in LHD by using image intensified charge coupled device camera (LIP-ICCD) or photomultiplier arrays (LIP-PMT-PXI)
Neutral beam injector (NBI) power-PortThrough of beam line 1 (BL1). The effective power that actually reaches the plasma after the negative ion-based neutral particle beam emitted from the NBI system passes through BL1.
Neutral beam injector (NBI) power-PortThrough of beam line 1 (BL1). The effective power that actually reaches the plasma after the negative ion-based neutral particle beam emitted from the NBI system passes through BL1.
Neutral beam injector (NBI) power-PortThrough of beam line 1 (BL1). The effective power that actually reaches the plasma after the negative ion-based neutral particle beam emitted from the NBI system passes through BL1.
Neutral beam injector (NBI) power-PortThrough of beam line 1 (BL1). The effective power that actually reaches the plasma after the negative ion-based neutral particle beam emitted from the NBI system passes through BL1.
Neutral beam injector (NBI) power-PortThrough of beam line 1 (BL1). The effective power that actually reaches the plasma after the negative ion-based neutral particle beam emitted from the NBI system passes through BL1.
Neutral beam injector (NBI) power-PortThrough of beam line 1 (BL1). The effective power that actually reaches the plasma after the negative ion-based neutral particle beam emitted from the NBI system passes through BL1.
Neutral beam injector (NBI) power-PortThrough of beam line 1 (BL1). The effective power that actually reaches the plasma after the negative ion-based neutral particle beam emitted from the NBI system passes through BL1.
Neutral beam injector (NBI) power-PortThrough of beam line 1 (BL1). The effective power that actually reaches the plasma after the negative ion-based neutral particle beam emitted from the NBI system passes through BL1.
Neutral beam injector (NBI) power-PortThrough of beam line 1 (BL1). The effective power that actually reaches the plasma after the negative ion-based neutral particle beam emitted from the NBI system passes through BL1.
Neutral beam injector (NBI) power-PortThrough of beam line 1 (BL1). The effective power that actually reaches the plasma after the negative ion-based neutral particle beam emitted from the NBI system passes through BL1.
Tentative injection power values for BL#1 on NBI (Neutral Beam Injector) Unit 1.
Tentative injection power values for BL#1 on NBI (Neutral Beam Injector) Unit 1.
Tentative injection power values for BL#1 on NBI (Neutral Beam Injector) Unit 1.
Tentative injection power values for BL#1 on NBI (Neutral Beam Injector) Unit 1.
Tentative injection power values for BL#1 on NBI (Neutral Beam Injector) Unit 1.
Tentative injection power values for BL#1 on NBI (Neutral Beam Injector) Unit 1.
Tentative injection power values for BL#1 on NBI (Neutral Beam Injector) Unit 1.
Tentative injection power values for BL#1 on NBI (Neutral Beam Injector) Unit 1.