fluorene信息详情
n.[有化]芴
fluorine───n.[化学]氟
fluoresce───vi.发荧光
fluoride───n.氟化物
fluorin───n.氟，荧菌素
fluorite───n.[矿物]氟石，[矿物]萤石
fluoresced───v.发荧光（fluoresce的过去式和过去分词）
fluorescer───n.荧光剂；荧光增白剂
fluoresces───vi.发荧光
fluorinate───v.氟化，使与氟素化合
fluorescence of fluorene on both the solid surface were not observed which should need the further investigation.───芴的固体表面荧光未曾观测到，原因有待于进一步研究。
technical fluorene has been refined from the heavy wash oil with xylene.───重质洗油为原料，二甲苯为溶剂精制工业芴。
RTP condition of fluorene and acenaphthene on the bonded filter paper was examined in detail.───的考察了芴和苊在修饰滤纸上室温磷光条件。
Similarly, the Zen's "heart" is also a mystery and "Fluorene desert" thing, "heart" does not mean the body's heart, but a philosophy.───同样，禅宗的“心”也是一种神秘而“芴漠”的东西，“心”不是指肉体的心，而是一种哲学理念。
Compared with PBO, amorphous structures of the copolymers were observed with the existence of fluorene units in the main chains.───结果表明：聚合物主链上辛基芴基团的引入使聚合物结构从晶态转变为非晶态。
The other is the polymers that the main chains are comprised of fluorene and other functional groups through copolymerization.───另一部分是通过共聚方法得到的主链含有芴和其它基团的聚合物。
Using the CBPTM-5 capillary column, the contents of various constituents in the industrial fluorene are determined.───本文应用CBPTM-5毛细管柱，对工业芴中各组份含量进行测定。
Comparative Studies for Optoelectronic Properties of Fluorene-based Fluorescent Copolymers and Fluorene-based Phosphorescent Copolymers───芴基荧光共聚物与芴基磷光共聚物光电性能的比较研究
Simultaneous Determination of Fluorene and Acenaphthene by Artificial Neural Network-Ultraviolet Spectrophotometry───人工神经网络-紫外吸光光度法同时测定芴和苊
The electronic clouds focus on the main chain fluorene units but none on side ones on both HOMO and LUMO.
Transition wavelengths for absorption and emission of fluorene derivatives are calculated and match to experiment results.
Fluorene and its derivatives have a wide energy gap, which is beneficial to blue emission, and becomes the hot topic of blue emitting materials.
Fluorene is an important material in organic chemical industry. It is usually extracted from the washing oil or anthracene oil distillate of coal tar.
In the copolymers of fluorene and DBT, the efficient energy transfer due to exciton trapping on narrow band-gap DBT sites has been observed.
The vibronic features in the PL spectra are shown to associate with the stretching of the connection bonds between fluorene units.
The fluorescence of fluorene on both the solid surface were not observed which should need the further investigation.
The RTP condition of fluorene and acenaphthene on the bonded filter paper was examined in detail.
The derivates of naphthalene, fluorene, pyrene, anthracene, acenaphthene and their application in biotechnology were reviewed.