1·Conclusion The rare earth ternary complexes have strong fluorescence intensity.
结论稀土配合物具有很强的荧光强度。
2·And along with the enhancing of the acidity the fluorescence intensity ascended.
且荧光强度随酸性增强而递增。
3·The fluorescence intensity decreases in a monoexponential relationship for the second case.
第二种条件下荧光强度呈单指数关系衰减。
4·The fluorescence intensity of component 3 was negatively correlated with that of component 1.
组分3的荧光强度与组分1荧光强度显著负相关；
5·The fluorescence intensity of TPA was in direct ratio with square of incident energy consistency.
得到了双光子吸收的荧光强度和入射光的能量密度平方成正比。
6·The fluorescence intensity of complex in aqueous solution is weaker than that in solid condition.
该配合物水溶液荧光强度均弱于其固体配合物。
7·The results showed that BPAA had a strong fluorescence intensity and the fluorescence property o…
结果表明BPAA具有很强的荧光强度，而且其荧光性能对环境的敏感性较低。
8·The fluorescence intensity, FWHM and emission lifetime of GABB, GAYB, GANB were reduced gradually.
荧光强度从GABB, GAYB, GANB逐步减弱，荧光半高宽和荧光寿命逐步变小。
9·Therefore, the fluorescence intensity observed in this assay is a true measure of the viable cells.
所以检测中观察到的荧光强度能够准确检测活性细胞的数量。
10·A trend of total fluorescence intensity first increasing and then decreasing was showed with the time.
总荧光强度随时间呈现先升高后降低的趋势。