acenaphthene [,æsə'næfθi:n]

acenaphthene的基本解释

n.

[化]苊, 萘嵌戊烷

与acenaphthene相关的网络例句 [注：此内容来源于网络，仅供参考]

The non-desorbing fractions dominated the total residues of acenaphthene, and AM promoted the transformation between acenaphthene forms. The desorbing fractions and non-desorbing fractions of acenaphthene were 17.0%-37.8% and 5.4%-26.6% lower than the control, while the bound residual was 12.2%-89.5% higher than the control.

有机溶剂提取态是土壤中危残留的主要部分，AM作用促进了苊各形态之间的转化；接种AM后土壤1、2中范可脱附态和有机溶剂提取态残留量分别比对照降低了17.0%~37.8％和5.4%~26.6%，而结合态残留量比对照增加了

In the presence of acetic acid and polyethylene glycol, chromic anhydride and acenaphthene react under mild condition and acenaphthene can completely convert into acenaphthenone .

在醋酸、聚乙二醇存在下，铬酸酐和苊在温和的条件下反应，苊可以完全转化为苊酮。

The effects of various reaction conditions were studied by GC analysis. Reaction time has slight effect on the conversion of acenaphthene. The selectivity of N-phenyl aminoacenaphthene increases with reaction time. Biacenaphthenyls or N-phenyl aminoacenaphthene is in the majority, 77.6% or 90.2% when the molar ratio of AlCl3 to acenaphthene is 1.2 and 2.4 respectively.

GC考察了不同反应条件对苊转化率和产物选择性的影响，时间对苊转化率影响不大，N-苯基氨基苊的选择性随着时间增加而增大；随着AlCl3用量的增加，苊转化率和N-苯基氨基苊的选择性随之增加；AlCl3与苊的摩尔比为1.2和2.4时，产物中联苊和N-苯基氨基苊的选择性分别达到77.6%和90.2%。

与acenaphthene相关的网络解释 [注：此内容来源于网络，仅供参考]

acenaphthene：二氢苊

accuracy准确度 | acenaphthene二氢苊 | acene并苯

acenaphthene：威杀灵

accuracy 准确度 | acenaphthene 威杀灵 | acenaphthene quinone 苊醌

acenaphthene：苊

aceanthrene 醋蒽 | acenaphthene 苊 | acenaphthenyl 苊基

acenaphthene：二氢

Acemetacin, its salts 阿西美卒;其盐类 PP-S1,S3 | Acenaphthene 二氢□ | Acenaphthylene 苊

acenaphthene quinone：苊醌

acenaphthene 威杀灵 | acenaphthene quinone 苊醌 | acenaphthenone 二氢苊酮