| 1. | The characters of fluorescence spectra were similar in the temperature region , 10 - 30c
Naf强烈抑制此酶，不同浓度的naf使荧光强度有不同程度的下降。 |
| 2. | Conclusion using optimum parameters for measurement , the fluorescent intensity was not only stronger but also more stable
结论使用优化的测试条件分析化探样中的芳烃，其荧光强度更强、更稳定。 |
| 3. | Meanwhile , after aba induced the h2o2 accumulation in guard cells , the exogenous or intracellular pd98059 could reduce the dcf fluorescence intensity
与aba一样sa诱导了保卫细胞中dcf荧光强度迅速升高。 |
| 4. | ( 2 ) compared with control sample , naf treatment can reduce the quantity of both chlorophyll ' s fm and membrance proteins " fem ecited at 278nm and 295nm
( 2 )弱光放置相同时间， naf处理叶片的叶绿素和类囊体膜蛋白内源荧光强度荧光强度均小于参照样的荧光强度。 |
| 5. | To summarize , intense near uv , violent , blue , green , and red emitting can be obtained in si - based thin films through 0 and n doping
综上所述，通过氧、氮掺杂，在硅基薄膜中可获得近紫外及紫、蓝、绿和红等波段的强荧光，荧光强度取决于制备工艺方法及工艺参数。 |
| 6. | This paper put forward applying fluorescence intensity of cow serum analysis technology to diagnosis of cow diseases that less to be set foot in both at home and abroad
提出通过对奶牛血清的荧光强度进行分析，将其应用于奶牛疾病诊断这一国内外较少涉足的研究课题。 |
| 7. | H - nmr spectroscopy . in the aqueous environment a clear isosestic point was observed in the absorption spectra . the fluorescence intensity of sk f 96067 increased as the concentration of
研究发现在水环境中该药物分子的紫外吸收光谱有明显的等吸光度点而且其荧光强度随着 |
| 8. | The figure below shows the magnitude of the error that results from a 1 % error in recording either i0 ( intensity of fluorescence at zero - pressure oxygen ) or the intensity at the high calibration point
下图表明了误差值，记录中结果为1 %误差或i0 (在零压力氧下荧光强度)或在高校准点下的强度。 |
| 9. | When the probe was exposed to dissolved ammonia , ammonia would enter into the probe through the pore and react with the indictor , and then the fluorescence intensity of the indictor would increase
氨通过孔洞进入探头内部与指示剂作用，引起指示剂荧光强度的变化，从而达到对氨测量的目的。 |
| 10. | The fluorescence intensity of pb became weak when the crystal phase began to form in tha the lattice vibration absorbed the energy induced by the fluorescent transition
随着体系中晶态的生成， pb离子进入晶格中，由于晶格振动所产生的声子吸收了跃迁回落产生的发光能量， pb离子的荧光强度明显下降。 |
