Project 4 Chemical and electronic properties of Actinide compounds and their applications (R3P4)

In case that corrections are made, an errata will be provided in the following webpage: https://www.rri.kyoto-u.ac.jp/PUB/report/PR/ProgRep2021/ProgRep2021.htmlPR4-1 Study of Magnetic Structure in UIr₂Ge₂ by Resonant X-Ray Scattering Experiments/ H. Amitsuka et al. (R2P7-2) [30]PR4-2 Balk thorium separation for ²²⁸Ac generator/ K. Shirasaki et al. (R2P7-4) [31]PR4-3 Elution Properties of Re(VII) [from Cyclic Monoamide VBPR Resin by Chelating Agents/ M. Nogami et al. (R2P7-5) [32]PR4-4 Consistency verification between relativistic quantum chemical calculations and experiments in uranium compounds/ M. Abe et al. (R2P7-6) [33]PR4-5 Evaluation of Phase Diagram of Minor Actinide Oxides with CALPHAD/ H. Shishido et al. (R2P7-7) [34]PR4-6 Peculiar magnetism in uranium intermetallics with layered structure/ Y. Haga et al. (R3P4-1) [35]PR4-7 Adsortpion Chracterization of Actinide Chemical Species on Solid Adsorbents/ T. Suzuki et al. (R3P4-2) [36]PR4-8 A Study on Effect of Polymer Network on Resins for Separating Actinyl Ions/ M. Nogami et al. (R3P4-3) [37]PR4-9 XAFS study on the aged deterioration of a simulated fuel debris/ T. Kobayashi et al. (R3P4-4) [38]PR4-10 Synthesis of nobel phthaloyanine derivatives and effect of substitutent on recognition of light actinide and chemical property-3/ M. Nakase et al. (R3P4-5) [39