化学

• 茴香脑

  Moreover, the using rate of ozone was 50% and reaction order for anethole was first inozonolysis process.

  另外，在臭氧化过程中，臭氧的利用率为50.0％，对反应物茴香脑而言，臭氧化反应为一级反应。

• 茴脑

  The results showed that the compound was anethole diol and it provided reliable basis for degradation pathway.

  采用色谱法对转化过程生成关键中间体进行了单离，用IR、GC-MS、MNR对其进行了结构表征，结果表明该化合物是茴香二醇，为推测茴脑生物降解途径提供可靠的依据。

• 茴香醚

• 对－丙烯基苯甲醚

医药科学

• 茴香脑