@article{oai:nifs-repository.repo.nii.ac.jp:00011696,
 author = {KAWATE, Tomoko and NAKANO,  Haruhisa and HUANG, Yuwei and YAMASAKI, Daiki and ICHIMOTO, Kiyoshi and GOTO,  Motoshi and UENO, Satoru and KIMURA, Goichi and SIMONS, Joseph J. and KAWAMOTO, Yasuko},
 journal = {Plasma and Fusion Research},
 month = {May},
 note = {High precision measurements and accurate modeling of atomic polarization under three-dimensional radiation transfer are crucial to understand the structures of magnetized solar plasmas. To develop and validate spectropolarimetric measurements and analyses, we set up an inductively coupled plasma (ICP) generator designed especially for ∼ 1-eV plasmas interacting with radiation and weak magnetic fields. The device was put in front of the focal plane of the Horizontal Spectrograph of the Domeless Solar Telescope at Hida Observatory of Kyoto University. In helium discharges, the typical electron temperature, electron density, and helium column density of the ICP are comparable values to those of solar prominences, and the direct comparison of spectra shows almost the same opacity at He I 1083 nm. Magnetic and radiation fields were introduced to the ICP, and the system successfully reproduced reasonable spectropolarimetric signals as compared with those from the solar prominences.},
 title = {An Inductively Coupled Plasma System for Investigating Spectropolarimetric Responses of Solar Plasmas to Anisotropic Fields},
 volume = {18},
 year = {2023}
}