A simultaneously potentiometric titration method for determining benzaldehyde and benzoic acid in electrosynthesis products was reported.

位滴定法测定甲合成产物中的甲和甲酸,研究了盐酸羟胺量、甲醇和甲含量测定的影响。

The results showed that the main product was benzaldehyde and a little by-products were styrene oxide and phenylacetaldehyde.

发现该工艺中主要生成甲，少量副产物是环氧乙烷和乙等。

The catalytic hydrolysis of benzal chloride and benzyl chloride mixture was studied, benzal chloride forming benzaldehyde in 95% yield, while the benzyl choride unreacted.

研究了亚苄基二氯和苄基氯混合物的催化水解反，亚苄基二氯水解率达95％，而苄基氯不发生化学反。

The effects of reactant ratio, reaction time, catalyst amount,the species and amount of deaquation reagent on the yield of benzaldehyde 1,3-butanediol acetal were investigated.

甲与1,3-丁二醇在钒磷氧催化剂作下的缩化反进行了研究,考察了醇比、反时间、催化剂量、带水剂种类和体积等因素甲1,3-丁二醇缩收率的影响。

Benzaldehyde and acetone used as materials,the benzylidene acetone is synthesized in the presence of potassium fluoride on alumina.

以甲和丙酮为原料,氟化钾氧化铝作催化剂合成了苄叉丙酮。

A simultaneously potentiometric titration method for determining benzaldehyde and benzoic acid in electrosynthesis products was reported.

采电位滴定法测定甲苯电合成产物中的苯甲和苯甲酸,研究了盐酸羟胺量、苯甲醇和甲苯含量对测定的影响。

The results showed that the main product was benzaldehyde and a little by-products were styrene oxide and phenylacetaldehyde.

发现该工艺中主要生成苯甲，少量副产物是环氧苯乙烷和苯乙等。

The catalytic hydrolysis of benzal chloride and benzyl chloride mixture was studied, benzal chloride forming benzaldehyde in 95% yield, while the benzyl choride unreacted.

研究了亚苄基二氯和苄基氯混合物的催化水解反应，亚苄基二氯水解率达95％，而苄基氯不发生化学反应。

The effects of reactant ratio, reaction time, catalyst amount,the species and amount of deaquation reagent on the yield of benzaldehyde 1,3-butanediol acetal were investigated.

对苯甲与1,3-丁二醇在钒磷氧催化剂的缩化反应进行了研究,考察了醇比、反应时间、催化剂量、带水剂种类和体积等因素对苯甲1,3-丁二醇缩收率的影响。

Benzaldehyde and acetone used as materials,the benzylidene acetone is synthesized in the presence of potassium fluoride on alumina.

以苯甲和丙酮为原料,氟化钾氧化铝催化剂合成了苄叉丙酮。

A simultaneously potentiometric titration method for determining benzaldehyde and benzoic acid in electrosynthesis products was reported.

采用电位滴定法测定苯电合成产物中的苯和苯酸,研究了盐酸羟胺用量、苯醇和苯含量对测定的影响。

The results showed that the main product was benzaldehyde and a little by-products were styrene oxide and phenylacetaldehyde.

发现该工艺中主要生成苯，少量副产物是环氧苯乙烷和苯乙等。

The catalytic hydrolysis of benzal chloride and benzyl chloride mixture was studied, benzal chloride forming benzaldehyde in 95% yield, while the benzyl choride unreacted.

研究了亚苄基二氯和苄基氯混合物的催化水解反应，亚苄基二氯水解率达95％，而苄基氯不发生化学反应。

The effects of reactant ratio, reaction time, catalyst amount,the species and amount of deaquation reagent on the yield of benzaldehyde 1,3-butanediol acetal were investigated.

对苯1,3-丁二醇在钒磷氧催化剂作用下的缩化反应进行了研究,考察了醇比、反应时间、催化剂用量、带水剂种类和体积等因素对苯1,3-丁二醇缩收率的影响。

Benzaldehyde and acetone used as materials,the benzylidene acetone is synthesized in the presence of potassium fluoride on alumina.

以苯和丙酮为原料,氟化钾氧化铝作催化剂合成了苄叉丙酮。

A simultaneously potentiometric titration method for determining benzaldehyde and benzoic acid in electrosynthesis products was reported.

采用电位滴定法测定甲苯电合成产苯甲和苯甲酸,研究了盐酸羟胺用量、苯甲醇和甲苯含量对测定影响。

The results showed that the main product was benzaldehyde and a little by-products were styrene oxide and phenylacetaldehyde.

发现该工艺主要生成苯甲，少量副产是环氧苯乙烷和苯乙等。

The catalytic hydrolysis of benzal chloride and benzyl chloride mixture was studied, benzal chloride forming benzaldehyde in 95% yield, while the benzyl choride unreacted.

研究了亚苄基二和苄基混合催化反应，亚苄基二率达95％，而苄基不发生化学反应。

The effects of reactant ratio, reaction time, catalyst amount,the species and amount of deaquation reagent on the yield of benzaldehyde 1,3-butanediol acetal were investigated.

对苯甲与1,3-丁二醇在钒磷氧催化剂作用下缩化反应进行了研究,考察了醇比、反应时间、催化剂用量、带剂种类和体积等因素对苯甲1,3-丁二醇缩收率影响。

Benzaldehyde and acetone used as materials,the benzylidene acetone is synthesized in the presence of potassium fluoride on alumina.

以苯甲和丙酮为原料,氟化钾氧化铝作催化剂合成了苄叉丙酮。

A simultaneously potentiometric titration method for determining benzaldehyde and benzoic acid in electrosynthesis products was reported.

采用电位滴定法测定甲电合成产物甲和甲酸,研究了盐酸羟胺用量、甲醇和甲含量对测定影响。

The results showed that the main product was benzaldehyde and a little by-products were styrene oxide and phenylacetaldehyde.

发现该工艺主要生成甲，少量副产物是环氧乙烷和乙等。

The catalytic hydrolysis of benzal chloride and benzyl chloride mixture was studied, benzal chloride forming benzaldehyde in 95% yield, while the benzyl choride unreacted.

研究了亚苄基和苄基混合物催化解反应，亚苄基解率达95％，而苄基不发生化学反应。

The effects of reactant ratio, reaction time, catalyst amount,the species and amount of deaquation reagent on the yield of benzaldehyde 1,3-butanediol acetal were investigated.

对甲与1,3-丁醇在钒磷氧催化剂作用下缩化反应进行了研究,考察了醇比、反应时间、催化剂用量、带剂种类和体积等因素对甲1,3-丁醇缩收率影响。

Benzaldehyde and acetone used as materials,the benzylidene acetone is synthesized in the presence of potassium fluoride on alumina.

以甲和丙酮为原料,氟化钾氧化铝作催化剂合成了苄叉丙酮。

A simultaneously potentiometric titration method for determining benzaldehyde and benzoic acid in electrosynthesis products was reported.

采用电位滴定法测定甲苯电合成产物中的苯甲和苯甲酸,研究了盐酸羟胺用量、苯甲醇和甲苯含量对测定的影响。

The results showed that the main product was benzaldehyde and a little by-products were styrene oxide and phenylacetaldehyde.

发现该工艺中主要生成苯甲，少量副产物是环氧苯乙烷和苯乙等。

The catalytic hydrolysis of benzal chloride and benzyl chloride mixture was studied, benzal chloride forming benzaldehyde in 95% yield, while the benzyl choride unreacted.

研究了亚苄基二氯和苄基氯混合物的催水解反应，亚苄基二氯水解率达95％，而苄基氯不发生学反应。

The effects of reactant ratio, reaction time, catalyst amount,the species and amount of deaquation reagent on the yield of benzaldehyde 1,3-butanediol acetal were investigated.

对苯甲与1,3-丁二醇在钒磷氧催用下的缩反应进行了研究,考察了醇比、反应时间、催用量、带水种类和体积等因素对苯甲1,3-丁二醇缩收率的影响。

Benzaldehyde and acetone used as materials,the benzylidene acetone is synthesized in the presence of potassium fluoride on alumina.

以苯甲和丙酮为原料,氟钾氧铝催合成了苄叉丙酮。

A simultaneously potentiometric titration method for determining benzaldehyde and benzoic acid in electrosynthesis products was reported.

采用电位滴法甲苯电合成产物中的苯甲和苯甲酸,了盐酸羟胺用量、苯甲醇和甲苯含量的影响。

The results showed that the main product was benzaldehyde and a little by-products were styrene oxide and phenylacetaldehyde.

发现该工艺中主要生成苯甲，少量副产物是环氧苯乙烷和苯乙。

The catalytic hydrolysis of benzal chloride and benzyl chloride mixture was studied, benzal chloride forming benzaldehyde in 95% yield, while the benzyl choride unreacted.

了亚苄基二氯和苄基氯混合物的催化水解反应，亚苄基二氯水解率达95％，而苄基氯不发生化学反应。

The effects of reactant ratio, reaction time, catalyst amount,the species and amount of deaquation reagent on the yield of benzaldehyde 1,3-butanediol acetal were investigated.

苯甲与1,3-丁二醇在钒磷氧催化剂作用下的缩化反应进行了,考察了醇比、反应时间、催化剂用量、带水剂种类和体积因素苯甲1,3-丁二醇缩收率的影响。

Benzaldehyde and acetone used as materials,the benzylidene acetone is synthesized in the presence of potassium fluoride on alumina.

以苯甲和丙酮为原料,氟化钾氧化铝作催化剂合成了苄叉丙酮。

A simultaneously potentiometric titration method for determining benzaldehyde and benzoic acid in electrosynthesis products was reported.

采用电位滴法甲苯电合成产物中的苯甲和苯甲酸,了盐酸羟胺用量、苯甲醇和甲苯含量的影响。

The results showed that the main product was benzaldehyde and a little by-products were styrene oxide and phenylacetaldehyde.

发现该工艺中主要生成苯甲，少量副产物是环氧苯乙烷和苯乙。

The catalytic hydrolysis of benzal chloride and benzyl chloride mixture was studied, benzal chloride forming benzaldehyde in 95% yield, while the benzyl choride unreacted.

了亚苄基二氯和苄基氯混合物的催化水解反应，亚苄基二氯水解率达95％，而苄基氯不发生化学反应。

The effects of reactant ratio, reaction time, catalyst amount,the species and amount of deaquation reagent on the yield of benzaldehyde 1,3-butanediol acetal were investigated.

苯甲与1,3-丁二醇在钒磷氧催化剂作用下的缩化反应进行了,考察了醇比、反应时间、催化剂用量、带水剂种类和体积因素苯甲1,3-丁二醇缩收率的影响。

Benzaldehyde and acetone used as materials,the benzylidene acetone is synthesized in the presence of potassium fluoride on alumina.

以苯甲和丙酮为原料,氟化钾氧化铝作催化剂合成了苄叉丙酮。

A simultaneously potentiometric titration method for determining benzaldehyde and benzoic acid in electrosynthesis products was reported.

采用电位滴定法测定甲电合成产物中的甲甲酸,研究了盐酸羟胺用量、甲醇甲含量对测定的影响。

The results showed that the main product was benzaldehyde and a little by-products were styrene oxide and phenylacetaldehyde.

发现该工艺中主要生成甲，少量副产物是环氧乙烷乙等。

The catalytic hydrolysis of benzal chloride and benzyl chloride mixture was studied, benzal chloride forming benzaldehyde in 95% yield, while the benzyl choride unreacted.

研究了基二氯基氯混合物的催化水解反，基二氯水解率达95％，而基氯不发生化学反。

The effects of reactant ratio, reaction time, catalyst amount,the species and amount of deaquation reagent on the yield of benzaldehyde 1,3-butanediol acetal were investigated.

对甲与1,3-丁二醇在钒磷氧催化剂作用下的缩化反进行了研究,考察了醇比、反时间、催化剂用量、带水剂种类体积等因素对甲1,3-丁二醇缩收率的影响。

Benzaldehyde and acetone used as materials,the benzylidene acetone is synthesized in the presence of potassium fluoride on alumina.

以甲丙酮为原料,氟化钾氧化铝作催化剂合成了叉丙酮。