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1·Acetonitrile and iso-propanol were used as the extractive solvent.

改用乙腈加异丙醇；

2·The steady-state kinetics of deep oxidation of propanol obeyed the L-H model.

丙醇深度氧化稳态动力学报从L-H机理模型。

3·DB-1 wide bore capillary column was used with n-propanol as internal standard.

采用DB - 1大口径毛细管柱，以正丙醇为内标进行定量。

4·DB-5 wide bore capillary column was used with 1-propanol as internal standard.

采用DB - 5大口径毛细管柱，以正丙醇为内标进行定量。

5·Results showed that TPAOH was easy to be decomposed ton-tripropylamine and propanol.

结果表明，TPAOH容易分解为三正丙胺和正丙醇；

6·Addition of propanol during erythromycin fermentation with in shake flask improved the titer by 49.

在摇瓶培养过程中，发酵初期加入正丙醇可使红霉素的效价提高49。

7·The reaction conditions of synthesizing 1-methoxy-2-propanol by solid base catalyst were investigated.

考察了固体碱催化剂上2—丙基甲醚合成反应的工艺条件。

8·The preparation process for L-2-amino propanol (AP) by reduction with potassium borohydride (PB) was improved.

对硼氢化钾还原法制取l - 2 -氨基丙醇工艺进行了改进。

9·The making method of dispersion comprises the following steps: adding propanol in the silicon sol to make solution;

前述分散液的制造方法：在硅溶胶中加入丙酮配成溶液；

10·Production techniques and market of propionic aldehyde and propionic acid and propanol are introduced in this paper.

本文综述了丙醛、丙酸、丙醇的工艺技术及市场前景。