FQE：荧光量子效率
“荧光量子效率”通常缩写为FQE，以便在书写和应用中使用更加简洁高效。这一术语广泛应用于材料科学、生物成像以及光物理学等多个综合领域，用于衡量荧光物质在吸收光后转化为荧光的效率。尽管其应用场景多样且尚未有严格的学科分类，但FQE作为评估发光性能的关键参数，在科研与工程实践中具有普遍重要性。
Fluorescence Quantum Efficiency具体释义
Fluorescence Quantum Efficiency的英文发音
例句
- The UV-vis spectra, fluorescence spectra and fluorescence quantum efficiency of eight acridone derivatives were measured to clarifythe relationships betweentheirstructures and optical properties.
- 测定了8个吖啶酮类衍生物的紫外吸收光谱、光光谱和荧光量子产率，以研究它们的结构与光学性质之间的关系。
- Their UV spectra and fluorescence spectra have been studied. The results shows that they have high fluorescence quantum efficiency and their photoluminescence are different with different substituent groups or with different length of conjugated chain.
- 研究了此类分子化合物的紫外光谱和荧光光谱，具有较高的荧光量子效应，随着取代基和共轭链长度的不同，其光致发光也表现出一定的差别；
- The absorption cross-section σ, radiation lifetime ττ and fluorescence quantum efficiency η are determined from the measured absorption-and fluorescence spactra. On the basis of these parameters the mode-locking properties and the laser action of these dyes are discussed.
- 通过测定的吸收和荧光光谱，确定了染料的吸收截面σ、辐射寿命τγ和荧光量子效率(FQE)ηο基于这些参数讨论了染料的锁模特性和激光作用的可能性。
- At present, many organic metal complexes possess not only the advantages of high fluorescence quantum efficiency and diversified colors of organic substance, but also the characteristic of stability of inoganic one and extremely easily combination with electronic.
- 目前许多有机金属配合物既具备了有机物荧光量子效率(FQE)高，颜色多样化的优点，又有无机物的稳定性和与电子极易结合的特性，因此被认为是一类最有应用前景的发光材料。
- It is found that the added of the alkoxy group can improve the polymer structure of the main chain regularity, increase the solubility of polymer and raise the fluorescence quantum efficiency of solution.
- 研究结果发现：末端烷氧基的增加可以提高聚合物主链的立构规整性，改善聚合物的溶解性，提高聚合物的溶液荧光量子效率(FQE)。
本站英语缩略词为个人收集整理，可供非商业用途的复制、使用及分享，但严禁任何形式的采集或批量盗用
若FQE词条信息存在错误、不当之处或涉及侵权，请及时联系我们处理：675289112@qq.com。