首先模拟分析半无限大介质模型中的荧光,认为最终逸出组织表面的荧光在组织中的产率是深度的函数;
We found that the flux rate of fluorescence in tissue is the function of the depth on the assumption that tissue is semi infinite media.
同时对反应过程中的甲酰化、环合方法、反应时间进行了探讨,优化了反应条件,提高了产率,并对化合物的荧光光谱进行了分析。
Also the optimum reaction conditions including formylation, method and reaction time of cyclization were studied to enhance the yield. In the end, their fluorescence spectrum are analyzed.
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