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Can I read The Odd–even Effect of Alkyl Chain in Organic Room Temperature Phosphorescence Luminogens and the Corresponding in Vivo Imaging on EtoBox?
The Odd–even Effect of Alkyl Chain in Organic Room Temperature Phosphorescence Luminogens and the Corresponding in Vivo Imaging by Jie Yang; Heqi Gao; Yunsheng Wang; Yun Yu; Yanbin Gong; Manman Fang; Dan Ding; Wenping Hu; Ben Zhong Tang; Zhen Li is a Materials Science article available to read on EtoBox.
What is The Odd–even Effect of Alkyl Chain in Organic Room Temperature Phosphorescence Luminogens and the Corresponding in Vivo Imaging about?
The odd-even effect is utilized to rationally design organic luminogens with the room temperature phosphorescence (RTP) effect. By just simply modifying the different alkyl substituents, the phenothiazine 5,5-dioxide derivatives exhibit totally different RTP properties, with the best performance achieved by CS-C 3 H 7 having a phosphorescence lifetime of up to 327 ms. Furthermore, excitation-free phosphorescence imaging in living mice has been successfully realized, opening up a new avenue to promote the RTP effect in purely organic luminogens as well as the corresponding application in bio-imaging.
Who reads The Odd–even Effect of Alkyl Chain in Organic Room Temperature Phosphorescence Luminogens and the Corresponding in Vivo Imaging?
It is typically read by researchers, students, and practitioners in Materials Science.
- Author
- Jie Yang; Heqi Gao; Yunsheng Wang; Yun Yu; Yanbin Gong; Manman Fang; Dan Ding; Wenping Hu; Ben Zhong Tang; Zhen Li
- Published
- 2019
- Language
- EN
- Field
- Materials Science (Physical Sciences)