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- intrinsic quantum yield 内禀量子效率
- Calculating the Quantum Yield of NEA Photocathode by Integral[J]. 引用该论文 宗志园;常本康.
- The 1O2 quantum yield of BHpd is 1.6 and 3.6 times of that of YHpd and DHE, respectively. BHpd产生单线态氧的相对量子产额分别为YHpd和DHE的1.;6倍和8
- But most of the drugs has tew fluorescence quantum yield, so some reagents must be added to produce fluorescence. 间接测定法是由于大部分药物本身无荧光或者在水溶液中的荧光量子产率低，无法直接测定药物荧光，必须通过加入其它试剂提高药物的荧光量子产率而建立的荧光分析法。
- In short supply of water, leaf carboxylation efficiency and apparent quantum yield were cut down. 另外表明,水分供应不足,叶片的羧化效率和表观量子产额下降。
- Studies on Sensitized Effect Properties and Quantum Yield of PDT Photosensitizer[J]. 引用该论文 高博文;赵景秀;高仲合;祝永志;陈平;汤国庆.
- ESR study on singlet oxygen quantum yield of phthalocyanines (PC) induced by laser[J]. 引用该论文 陈暨耀;陆亚蒙;陈士明;陈开泰;蔡怀新.
- The absorption spectra, quantum yield of fluorescence and phosphorescence of these compounds have been measured. 测定了它们的吸收光谱、荧光和燐光量子产率。
- It is found that initial quantum yield obtained by fitting rectangle hyperbola is higher than its real value. 研究发现用直角双曲线拟合得到的初始量子效率(量子需量)比真正的值偏高。
- The device structure of the polymer was ITO /PEDOT/PVK / P3FS/Ba /Al,The external quantum yield of the device reaches 1.99%. 其薄膜PL最大发射峰在516nm;绝对PL效率为86%25;EL峰在542nm;器件结构为ITO/PEDOT/PVK/P3FS/Ba/Al;其EL最大外量子效率达到1.;99%25。
- intrinsic quantum efficiency of CO2 uptake (α) 表观量子效率
- On the other hand, the effective quantum yield of photosystem II(Yield) and the coefficient of photochemical( qP) did not show significant difference. 光合量子产额(Yield)和光化学猝灭系数(qP)未达显著差异。
- Intrinsic quantum efficiency of CO2 uptake 初始量子效率
- A method for determination of an average-wave lensth quantum yield of pesticides photolysis is desctibed in this report. 本文报道一种以高压汞灯复合光为光源测定农药平均波长量子产率的方法。
- The efficiency of photo sensitizers depends on the quantum yield of singlet oxygen which acts on the target substrate and oxidizes it. 光敏剂效果取决于其单重态氧的量子产率, 其分子本身只起催化作用并不介入毒性反应, 并且易被降解, 因此对环境无污染。
- In the first part, the fluorescence emission wavelength and quantum yield of CdSe nanocrystals with different sizes were studied. 第一部份为硒化镉奈米晶之发光性质，讨论不同粒径之硒化镉奈米晶对于发光波长及发光效率的影响。
- The study of CdSe nanocrystals is a very active field of research because of the wide range of emission wavelength and the high quantum yield. 其发光波长广泛且具高发光效率，因而引起广泛地研究与讨论。
- The fluorescence excitation and emission properties, quantum yield, photobleaching characteristic and fluorescence lifetime of quantum dots are described in detail. 本文总结了量子点的主要光学特性，其中包括荧光激发和发射光谱特性、量子产额、光漂白特性和荧光寿命等。
- Covalent bonds between chromogen and macromolecule chains enhance their photochemical stability, increase their whitening performance and fluorescence quantum yield. 发色团与高分子链间的共价键使其光化学稳定性大大增强，增白性能和荧光量子产率显著提高。
- Quantum yields for photoinitiation and photodecomposition are also low with Mn. 采用mn时，光引发和光分解的量子产率也很低。
