SUZUKI, Chihiro

ORCID: 0000-0001-6536-9034 · 22 papers in corpus · active 2024-2025

dataset 2025

LHD tsmesh #155025.1 (analyzed)

·doi:10.57451/lhd.a.tsmesh.155025.1

Effective minor radius (reff) and local magnetic field (B_r: radial magnetic field, B_z: axial magnetic field, B_phi: circumferential or azimuthal magnetic field) in 3D geometry.

dataset 2025

LHD tsmesh_h #105278.1 (analyzed)

·doi:10.57451/lhd.a.tsmesh_h.105278.1

Effective minor radius (reff) and local magnetic field (B_r: radial magnetic field, B_z: axia magnetic field, B_phi: circumferential or azimuthal magnetic field) at horizontally elongated cross section.

dataset 2025

LHD tsmesh_h #106603.1 (analyzed)

·doi:10.57451/lhd.a.tsmesh_h.106603.1

Effective minor radius (reff) and local magnetic field (B_r: radial magnetic field, B_z: axia magnetic field, B_phi: circumferential or azimuthal magnetic field) at horizontally elongated cross section.

dataset 2025

LHD tsmesh_h #137616.1 (analyzed)

·doi:10.57451/lhd.a.tsmesh_h.137616.1

Effective minor radius (reff) and local magnetic field (B_r: radial magnetic field, B_z: axia magnetic field, B_phi: circumferential or azimuthal magnetic field) at horizontally elongated cross section.

dataset 2025

LHD tsmesh_h #171154.1 (analyzed)

·doi:10.57451/lhd.a.tsmesh_h.171154.1

Effective minor radius (reff) and local magnetic field (B_r: radial magnetic field, B_z: axia magnetic field, B_phi: circumferential or azimuthal magnetic field) at horizontally elongated cross section.

dataset 2025

LHD tsmesh_h #183183.1 (analyzed)

·doi:10.57451/lhd.a.tsmesh_h.183183.1

Effective minor radius (reff) and local magnetic field (B_r: radial magnetic field, B_z: axia magnetic field, B_phi: circumferential or azimuthal magnetic field) at horizontally elongated cross section.

dataset 2025

LHD tsmesh_m #85402.1 (analyzed)

·doi:10.57451/lhd.a.tsmesh_m.85402.1

Effective minor radius (reff) and local magnetic field (B_r: radial magnetic field, B_z: axia magnetic field, B_phi: circumferential or azimuthal magnetic field) at midplane.

dataset 2025

LHD tsmesh_v #80082.1 (analyzed)

·doi:10.57451/lhd.a.tsmesh_v.80082.1

Effective minor radius (reff) and local magnetic field (B_r: radial magnetic field, B_z: axial magnetic field, B_phi: circumferential or azimuthal magnetic field) at vertically elongated cross section.

dataset 2024

LHD AXUVD #108197.1

·doi:10.57451/lhd.axuvd.108197.1

20-channel Absolute eXtreme Ultra-Violet (AXUV) detector (photodiode) arrays installed inside the vacuum vessel of LHD to monitor MHD fluctuations of AXUV emissions from edge plasma region

dataset 2024

LHD AXUVD #125533.1

·doi:10.57451/lhd.axuvd.125533.1

20-channel Absolute eXtreme Ultra-Violet (AXUV) detector (photodiode) arrays installed inside the vacuum vessel of LHD to monitor MHD fluctuations of AXUV emissions from edge plasma region

dataset 2024

LHD AXUVD #56377.1

·doi:10.57451/lhd.axuvd.56377.1

20-channel Absolute eXtreme Ultra-Violet (AXUV) detector (photodiode) arrays installed inside the vacuum vessel of LHD to monitor MHD fluctuations of AXUV emissions from edge plasma region

dataset 2024

LHD AXUVD #57739.1

·doi:10.57451/lhd.axuvd.57739.1

20-channel Absolute eXtreme Ultra-Violet (AXUV) detector (photodiode) arrays installed inside the vacuum vessel of LHD to monitor MHD fluctuations of AXUV emissions from edge plasma region

dataset 2024

LHD AXUVD #79635.1

·doi:10.57451/lhd.axuvd.79635.1

20-channel Absolute eXtreme Ultra-Violet (AXUV) detector (photodiode) arrays installed inside the vacuum vessel of LHD to monitor MHD fluctuations of AXUV emissions from edge plasma region

dataset 2024

LHD AXUVD #83462.1

·doi:10.57451/lhd.axuvd.83462.1

20-channel Absolute eXtreme Ultra-Violet (AXUV) detector (photodiode) arrays installed inside the vacuum vessel of LHD to monitor MHD fluctuations of AXUV emissions from edge plasma region

dataset 2024

LHD AXUVD #86413.1

·doi:10.57451/lhd.axuvd.86413.1

20-channel Absolute eXtreme Ultra-Violet (AXUV) detector (photodiode) arrays installed inside the vacuum vessel of LHD to monitor MHD fluctuations of AXUV emissions from edge plasma region

dataset 2024

LHD AXUVD #90990.1

·doi:10.57451/lhd.axuvd.90990.1

20-channel Absolute eXtreme Ultra-Violet (AXUV) detector (photodiode) arrays installed inside the vacuum vessel of LHD to monitor MHD fluctuations of AXUV emissions from edge plasma region

dataset 2024

LHD AXUVD #93255.1

·doi:10.57451/lhd.axuvd.93255.1

20-channel Absolute eXtreme Ultra-Violet (AXUV) detector (photodiode) arrays installed inside the vacuum vessel of LHD to monitor MHD fluctuations of AXUV emissions from edge plasma region

dataset 2024

LHD TESPEL #126128.1

·doi:10.57451/lhd.tespel.126128.1

Tracer-Encapsulated Solid Pellet(TESPEL) is a double-layered impurity pellet, which basically consists of polystyrene polymer (-CH(C6H5)CH2-) as an outer shell and tracer particles as a core. TESPEL can be utilized for various physics-orien…

dataset 2024

LHD TESPEL #144584.1

·doi:10.57451/lhd.tespel.144584.1

Tracer-Encapsulated Solid Pellet(TESPEL) is a double-layered impurity pellet, which basically consists of polystyrene polymer (-CH(C6H5)CH2-) as an outer shell and tracer particles as a core. TESPEL can be utilized for various physics-orien…

dataset 2024

LHD TESPEL #31161.1

·doi:10.57451/lhd.tespel.31161.1

Tracer-Encapsulated Solid Pellet(TESPEL) is a double-layered impurity pellet, which basically consists of polystyrene polymer (-CH(C6H5)CH2-) as an outer shell and tracer particles as a core. TESPEL can be utilized for various physics-orien…

dataset 2024

LHD TESPEL #36784.1

·doi:10.57451/lhd.tespel.36784.1

Tracer-Encapsulated Solid Pellet(TESPEL) is a double-layered impurity pellet, which basically consists of polystyrene polymer (-CH(C6H5)CH2-) as an outer shell and tracer particles as a core. TESPEL can be utilized for various physics-orien…

dataset 2024

LHD TESPEL #53442.1

·doi:10.57451/lhd.tespel.53442.1

Tracer-Encapsulated Solid Pellet(TESPEL) is a double-layered impurity pellet, which basically consists of polystyrene polymer (-CH(C6H5)CH2-) as an outer shell and tracer particles as a core. TESPEL can be utilized for various physics-orien…