全部

1·The pyrene or anthracene-substituted terpyridine ligands was synthesized.

合成了芘、蒽荧光团取代的三联吡啶。

2·Pyrene is a representative compound among PAH.

芘是多环芳烃的一个代表性化合物。

3·Distillates (coal tar), pitch, pyrene fraction.

馏分(煤焦油)，沥青，芘馏分。

4·The degree of decline in the phenanthrene than pyrene.

菲下降的程度要高于芘。

5·Thus coarse sand and clay had larger capacity for pyrene sorption.

粗砂粒组和粘粒组对芘的吸附能力较大，细砂粒组和粉砂粒组相对较小。

6·Microbial degradation and volatilization of phenanthrene are easier than pyrene.

菲的微生物降解、挥发易于芘。

7·Second-hand contains carbon monoxide, ammonia, formaldehyde a pyrene and nitrosamines.

二手烟包含了一氧化碳，氨，甲醛，苯和亚硝胺。

8·Coal tar mainly contains difficult volatilization of anthracene, phenanthrene, pyrene, etc.

煤焦沥青中主要含有难挥发的蒽、菲、芘等。

9·SLO can catalyze the co-oxidation of benzo(a)pyrene, but fail to form DNA adducts in vitro.

SLO介导苯并（a）芘活化后，在体外未能检测到与DNA形成加合物。

10·Furthermore, the fluorescence of polypyrene is much stronger and more unitary than that of pyrene.

聚芘有比单体芘更强更单一的荧光。

芘

1·Molecular mechanics investigation was applied to find the most probable configuration of pyrene LB film, and the calculation processes and results were shown by molecular graphics.

分子力学的研究发现了芘l B膜的可能结构，计算过程和结果可由分子图形程序同步显示。

2·The derivates of naphthalene, fluorene, pyrene, anthracene, acenaphthene and their application in biotechnology were reviewed.

对应用于生物工程的萘、芴、芘、蒽、苊等稠环芳烃衍生物作了概括介绍。

3·And the polarity of hydrophobic microdomain of casein and grafted casein in solution was studied using pyrene as fluorescence probe.

并且利用芘作为荧光探针，研究了酪蛋白及接枝酪蛋白水溶液的疏水微区极性。

4·To explore the relationship between neurobehavioral toxicity of benzo (a) pyrene and CYP1A1 gene polymorphism.

探讨苯并(a)芘的神经行为毒性及其与CYP1A1基因多态性的关系。

5·Salicylic acid, phthalic acid, sodium succinate could serve as co metabolic substrate to enhance the degradation rate of pyrene, and sodium succinate has the best effect.

水杨酸，邻苯二甲酸，琥珀酸钠能作为共代谢底物提高芘的降解率，琥珀酸钠效果最好。