那位英语牛人给翻译下啊,论文的文摘,谢了!
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热心网友
Fluorescent molecular sensors in life science, materials science and environmental sciences has many important application of chemistry discipline, is now a hot and frontier research field. This thesis 4 - (diethyl amino) inhibiting aldehyde and diethyl malonate as raw material, with piperidine as a catalyst in ethanol reaction synthesis 7 - two of three - yankees proceres ofiered acid ethyl ester; Then by 7 - (proceres - three - yankees coumarin acid ethyl ester as raw materials and hydrazine hydrate the reactions that proce 7 - (proceres - three - yankees coumarin chlorobenzoyl hydrazine; Finally gonna get compounds and inhibiting aldehyde Schiff base by Mr Schiff bases (reaction get anion fluorescent probe. In the probe, the molecules of the phenolic group as Yin amide and fits the points, coumarin ionic as fluorophores groups.
别忘了给分哦！呵呵。。。
热心网友
Fluorescent molecular sensor in the life sciences, materials sciences and environmental sciences and other fields have many important applications, is the chemistry of a hot and cutting-edge research. The thesis of 4 - (diethylamino) salicylaldehyde and diethyl malonate, etc. as raw materials to piperidine as a catalyst in the reaction in ethanol Synthesis of 7 - diethylamino coumarin -3-- ethyl ; and then to 7 - diethylamino coumarin -3-- ethyl hydrazine hydrate as a raw material and the reaction of 7 - diethylamino coumarin -3-- formic hydrazide; the final will be the compounds and salicylic Aldehyde via Schiff base (Schiff base) the reaction of anionic fluorescent probes. In the probe molecules in order to amide and phenolic hydroxyl anion binding as a point of coumarin as a fluorophore group.
热心网友
没错的话应该是的 也许有不通顺的 找我姐夫翻译了一下
