Based on them, the intensity parameters and crystal field parameter of Eu3 + were obtained.

并由此计算了强度参数与晶场参数。

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At the same time, the fluorescence lifetime of Eu3 + chelates was studied by using PMT and oscillograph.

同时，利用光电倍增管和示波器，研究了铕离子及其螯合物的荧光寿命。

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First, using Eu3 + -tetracyclines complex as fluorescence probe, study the interaction between the complex and HSA and its application.

第一章，以铕离子—四环素类药物为荧光探针，研究与人血清蛋白的相互作用及其分析应用。

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