Synthesis and Assembly of Polyradicals to Two-Dimensional Organic Magnets

本研究涉及制备和研究 高自旋有机多自由基的磁性薄膜， 2到9个未成对电子 这些多自由基，被认为是 是磁铁的超顺磁性构建块，将用于 厚度为1至100的薄膜形式 单层。 Langmuir-Blodgett技术将用于控制 薄膜的结构和厚度。 的研究 材料及其磁光特性将被检查。 这项研究的结果将最终导致 可擦除的磁光存储介质的发展， 在高速下运行。

This research is concerned with the preparation and study of ultrathin magnetic films of high-spin organic polyradicals having two to nine unpaired electrons. These polyradicals, considered to be superparamagnetic building blocks for a magnet, will be used in the form of a thin film with a thickness of one to hundred monolayers. Langmuir-Blodgett technique will be used to control the structure and the thickness of the films. The study of the materials and their magnetooptical properties will be examined. The results of this research will ultimately lead to the development of magneto-optical storage media that are erasable and rewritable at high speed.