| Position |
Name |
Research Topics |
| D4 |
Siwei WEI |
Evaluation of Source Contribution to Atmospheric Oxidative Potential by
the DTT Assay and PMF model |
| D2 |
Minyi WANG |
Study on Prediction of PAH Concentrations in the Atmosphere Using Machine
Learning |
| D2 |
Siwoo KIM |
Chemical analysis and biological assay of particle-bound PANHs in the atmosphere |
| M2 |
Yuki IKEDA |
Secondary formation of PAH quinones by reaction of PAHs with O3 on volcanic ash particles |
| M2 |
Koki MERA |
Development of a Novel Analytical Method of Atmospheric HULIS |
| M1 |
Kento KOGA |
Long-term trends of transboundary transport aerosols in the Noto Peninsula based on the application of magnetic measurements |
| M1 |
Masaki NUMATA |
Development of the Analytical Method for Magnetic Aerosol Particles and its Application to Urban Air Monitoring |
| B4 |
Takahiro AOYAGI |
Evaluation of the oxidative potential of atmospheric particles by HPLC-DTT
assay and search for influential components |
| B4 |
Ryoto ODAN |
Evaluation of the analytical methods for magnetic aerosol particles |
| B4 |
Takuji SEIDO |
Elucidation of long-term trends of combustion-derived aerosols in the Noto Peninsula |
| B4 |
Hideaki MAJIMA |
Evaluation of the influence of magnetic aerosols on the atmospheric oxidative
potential |