Molecular Magnets Based on Radical-Substituted Radical Cations
-
- Masuda Yuki
- Osaka City University, Graduate School of Science
-
- Kuratsu Masato
- Osaka City University, Graduate School of Science
-
- Suzuki Shuichi
- Osaka City University, Graduate School of Science
-
- Kozaki Masatoshi
- Osaka City University, Graduate School of Science
-
- Ezaki Toshiaki
- Osaka City University, Graduate School of Science
-
- Shiomi Daisuke
- Osaka City University, Graduate School of Science
-
- Sato Kazunobu
- Osaka City University, Graduate School of Science
-
- Takui Takeji
- Osaka City University, Graduate School of Science
-
- Hosokoshi Yuko
- Osaka Prefecture University
-
- Miyazaki Yuji
- Osaka University, Graduate School of Science
-
- Lan Xiaocheng
- Osaka University, Graduate School of Science
-
- Inaba Akira
- Osaka University, Graduate School of Science
-
- Okada Keiji
- Osaka City University, Graduate School of Science
Bibliographic Information
- Other Title
-
- 安定ラジカル置換ラジカルカチオン種を基盤とする磁性体の開発
Abstract
Radical-substituted radical cations are attractive species as spin-building blocks of molecular magnets or spin-electronic devices. In spite of considerable effort, there has been no report of ferri- or ferromagnets based on the methodology of radical-substituted radical cations. We report the first ferrimagnet using nitronyl nitroxide substituted dihydrophenazine radical cation tetrabromoferrate salt (NNDPP··+FeBr4-), which consists of unique three heterospins, nitronyl nitroxide, dihydrophenazine radical ion, and Fe(III) spins.
Journal
-
- Abstracts of Symposium on Physical Organic Chemistry
-
Abstracts of Symposium on Physical Organic Chemistry 2008 (0), 381-381, 2008
The Society of Physical Organic Chemistry, Japan
- Tweet
Keywords
Details 詳細情報について
-
- CRID
- 1390001205556779904
-
- NII Article ID
- 130004645515
-
- Text Lang
- ja
-
- Data Source
-
- JaLC
- CiNii Articles
-
- Abstract License Flag
- Disallowed