It has discovered that trace dimethyl glyoxime can sensitivly catalyize the discoloration of dimethyl yelloue by potassium bromate in sulphuric acid.

研究发现，在硫酸介质中，超痕量二甲乙二醛肟能灵敏地加速溴酸钾氧化二甲黄褪色的指示反应。

It is based on the catalytic effect of phenols for the oxidation of gallocyanin by sodium bromate in sulfuric acid medium.

在硫酸介质中,利用酚催化溴酸钠氧化花青的反应,联用顺序注射技术建立了顺序注射催化动力学光度法测定废水中痕量酚的新方法。

In the liquor of acetic acid,the catalyzed synthesis of m-chlorobenzoic acid by the reaction of m-chlorobenzal dehyde and potassium bromate was studied.

在醋酸溶液中,以间氯苯甲醛、溴酸钾合成间氯苯甲酸,分别研究了反应温度、反应时间、配比、溶剂的用量等条件对合成反应的影响,确定了最佳工艺条件。

The results indicated that compared with potassium bromate, GOD has a strong effect on denaturing the wheat flour protein and in addition, excessive GOD might result in overoxidation.

结果表明，葡萄糖氧化酶对小麦粉中蛋白质的改性作用较溴酸钾速度快且作用强烈，同时，过量的葡萄糖氧化酶可能会造成氧化过度。

Based on the catalytic effect of thiocyanate on the oxidation of alizarine red by potassium bromate,a new catalytic spectrophotometric method for the determination of trace thiocyanate was developed.

在磷酸介质中，硫氰酸根对溴酸钾氧化茜素红的褪色反应具有较强的催化作用，据此建立了催化光度法测定痕量硫氰酸根的新方法。

It has discovered that trace dimethyl glyoxime can sensitivly catalyize the discoloration of dimethyl yelloue by potassium bromate in sulphuric acid.

研究发现，在硫介质中，超痕量二甲乙二醛肟能灵敏地加速氧化二甲黄褪色的应。

It is based on the catalytic effect of phenols for the oxidation of gallocyanin by sodium bromate in sulfuric acid medium.

在硫介质中,利用酚催化钠氧化花青的应,联用顺序注射技术建立了顺序注射催化动力学光度法测定废水中痕量酚的新方法。

In the liquor of acetic acid,the catalyzed synthesis of m-chlorobenzoic acid by the reaction of m-chlorobenzal dehyde and potassium bromate was studied.

在醋溶液中,以间氯苯甲醛、为原料合成间氯苯甲,分别研究了应温度、应时间、原料配比、溶剂的用量等条件对合成应的影响,确定了最佳工艺条件。

The results indicated that compared with potassium bromate, GOD has a strong effect on denaturing the wheat flour protein and in addition, excessive GOD might result in overoxidation.

结果表明，葡萄糖氧化酶对小麦粉中蛋白质的改性作用较速度快且作用强烈，同时，过量的葡萄糖氧化酶可能会造成氧化过度。

Based on the catalytic effect of thiocyanate on the oxidation of alizarine red by potassium bromate,a new catalytic spectrophotometric method for the determination of trace thiocyanate was developed.

在磷介质中，硫氰根对氧化茜素红的褪色应具有较强的催化作用，据此建立了催化光度法测定痕量硫氰根的新方法。

It has discovered that trace dimethyl glyoxime can sensitivly catalyize the discoloration of dimethyl yelloue by potassium bromate in sulphuric acid.

研究发现，在硫酸介质中，超痕量二甲乙二醛肟能灵敏地加速溴酸钾氧二甲黄褪色的指示反应。

It is based on the catalytic effect of phenols for the oxidation of gallocyanin by sodium bromate in sulfuric acid medium.

在硫酸介质中,利用酚催溴酸钠氧花青的反应,联用顺序注射技术建立了顺序注射催动力学光度法测定废水中痕量酚的新方法。

In the liquor of acetic acid,the catalyzed synthesis of m-chlorobenzoic acid by the reaction of m-chlorobenzal dehyde and potassium bromate was studied.

在醋酸溶液中,以甲醛、溴酸钾为原料合成甲酸,分别研究了反应温度、反应时、原料配比、溶剂的用量等条件对合成反应的影响,确定了最佳工艺条件。

The results indicated that compared with potassium bromate, GOD has a strong effect on denaturing the wheat flour protein and in addition, excessive GOD might result in overoxidation.

结果表明，葡萄糖氧酶对小麦粉中蛋白质的改性作用较溴酸钾速度快且作用强烈，同时，过量的葡萄糖氧酶可能会造成氧过度。

Based on the catalytic effect of thiocyanate on the oxidation of alizarine red by potassium bromate,a new catalytic spectrophotometric method for the determination of trace thiocyanate was developed.

在磷酸介质中，硫氰酸根对溴酸钾氧茜素红的褪色反应具有较强的催作用，据此建立了催光度法测定痕量硫氰酸根的新方法。

It has discovered that trace dimethyl glyoxime can sensitivly catalyize the discoloration of dimethyl yelloue by potassium bromate in sulphuric acid.

研究发现，在硫酸介质中，超痕量二甲乙二醛肟能灵敏地加速溴酸钾氧化二甲黄褪色的指示应。

It is based on the catalytic effect of phenols for the oxidation of gallocyanin by sodium bromate in sulfuric acid medium.

在硫酸介质中,利用酚催化溴酸钠氧化花青的应,联用顺序注射技术建立了顺序注射催化动力学光度法测定废水中痕量酚的新方法。

In the liquor of acetic acid,the catalyzed synthesis of m-chlorobenzoic acid by the reaction of m-chlorobenzal dehyde and potassium bromate was studied.

在醋酸溶液中,以苯甲醛、溴酸钾为原料合苯甲酸,分别研究了应温度、应时、原料配比、溶剂的用量等条件对合应的影响,确定了最佳工艺条件。

The results indicated that compared with potassium bromate, GOD has a strong effect on denaturing the wheat flour protein and in addition, excessive GOD might result in overoxidation.

结果表明，葡萄糖氧化酶对小麦粉中蛋白质的改性作用较溴酸钾速度快且作用强烈，同时，过量的葡萄糖氧化酶可能会造氧化过度。

Based on the catalytic effect of thiocyanate on the oxidation of alizarine red by potassium bromate,a new catalytic spectrophotometric method for the determination of trace thiocyanate was developed.

在磷酸介质中，硫氰酸根对溴酸钾氧化茜素红的褪色应具有较强的催化作用，据此建立了催化光度法测定痕量硫氰酸根的新方法。

It has discovered that trace dimethyl glyoxime can sensitivly catalyize the discoloration of dimethyl yelloue by potassium bromate in sulphuric acid.

研究发现，在硫酸介质中，超痕量二甲乙二醛肟能灵敏地加速溴酸钾氧化二甲黄褪色的指示应。

It is based on the catalytic effect of phenols for the oxidation of gallocyanin by sodium bromate in sulfuric acid medium.

在硫酸介质中,利用酚催化溴酸钠氧化花青的应,联用顺序注射技术建立了顺序注射催化动力学光法测定废水中痕量酚的新方法。

In the liquor of acetic acid,the catalyzed synthesis of m-chlorobenzoic acid by the reaction of m-chlorobenzal dehyde and potassium bromate was studied.

在醋酸溶液中,以间氯苯甲醛、溴酸钾为原料合成间氯苯甲酸,分别研究了应、应时间、原料配比、溶剂的用量等条件对合成应的影响,确定了最佳工艺条件。

The results indicated that compared with potassium bromate, GOD has a strong effect on denaturing the wheat flour protein and in addition, excessive GOD might result in overoxidation.

结果表明，葡萄糖氧化酶对小麦粉中蛋白质的改性作用较溴酸钾速快且作用强烈，同时，过量的葡萄糖氧化酶可能会造成氧化过。

Based on the catalytic effect of thiocyanate on the oxidation of alizarine red by potassium bromate,a new catalytic spectrophotometric method for the determination of trace thiocyanate was developed.

在磷酸介质中，硫氰酸根对溴酸钾氧化茜素红的褪色应具有较强的催化作用，据此建立了催化光法测定痕量硫氰酸根的新方法。

It has discovered that trace dimethyl glyoxime can sensitivly catalyize the discoloration of dimethyl yelloue by potassium bromate in sulphuric acid.

研究发现，在硫酸介质中，超痕量二甲乙二醛肟能灵敏地加速溴酸钾氧化二甲黄褪色的指示应。

It is based on the catalytic effect of phenols for the oxidation of gallocyanin by sodium bromate in sulfuric acid medium.

在硫酸介质中,利用酚催化溴酸钠氧化花青的应,联用顺序注射技术建立了顺序注射催化动力学光法测定废水中痕量酚的新方法。

In the liquor of acetic acid,the catalyzed synthesis of m-chlorobenzoic acid by the reaction of m-chlorobenzal dehyde and potassium bromate was studied.

在醋酸溶液中,以间氯苯甲醛、溴酸钾为原料合成间氯苯甲酸,分别研究了应、应时间、原料配比、溶剂的用量等条件对合成应的影响,确定了最佳工艺条件。

The results indicated that compared with potassium bromate, GOD has a strong effect on denaturing the wheat flour protein and in addition, excessive GOD might result in overoxidation.

结果表明，葡萄糖氧化酶对小麦粉中蛋白质的改性作用较溴酸钾速快且作用强烈，同时，过量的葡萄糖氧化酶可能会造成氧化过。

Based on the catalytic effect of thiocyanate on the oxidation of alizarine red by potassium bromate,a new catalytic spectrophotometric method for the determination of trace thiocyanate was developed.

在磷酸介质中，硫氰酸根对溴酸钾氧化茜素红的褪色应具有较强的催化作用，据此建立了催化光法测定痕量硫氰酸根的新方法。

It has discovered that trace dimethyl glyoxime can sensitivly catalyize the discoloration of dimethyl yelloue by potassium bromate in sulphuric acid.

研究发现，在硫介质中，超痕量二甲乙二醛肟能灵敏地加速溴钾氧化二甲黄褪色的指示反应。

It is based on the catalytic effect of phenols for the oxidation of gallocyanin by sodium bromate in sulfuric acid medium.

在硫介质中,利用酚催化溴钠氧化花青的反应,联用顺序注射技术建立了顺序注射催化动力学光度法测定废水中痕量酚的新方法。

In the liquor of acetic acid,the catalyzed synthesis of m-chlorobenzoic acid by the reaction of m-chlorobenzal dehyde and potassium bromate was studied.

在醋溶液中,以间氯苯甲醛、溴钾为原料合成间氯苯甲,研究了反应温度、反应间、原料配比、溶剂的用量等条件对合成反应的影响,确定了最佳工艺条件。

The results indicated that compared with potassium bromate, GOD has a strong effect on denaturing the wheat flour protein and in addition, excessive GOD might result in overoxidation.

结果表明，葡萄糖氧化酶对小麦粉中蛋白质的改性作用较溴钾速度快且作用强烈，同，过量的葡萄糖氧化酶可能会造成氧化过度。

Based on the catalytic effect of thiocyanate on the oxidation of alizarine red by potassium bromate,a new catalytic spectrophotometric method for the determination of trace thiocyanate was developed.

在磷介质中，硫氰根对溴钾氧化茜素红的褪色反应具有较强的催化作用，据此建立了催化光度法测定痕量硫氰根的新方法。

It has discovered that trace dimethyl glyoxime can sensitivly catalyize the discoloration of dimethyl yelloue by potassium bromate in sulphuric acid.

研究发现，在硫介质中，超痕量二甲乙二醛肟能灵敏地加速氧化二甲黄褪色的应。

It is based on the catalytic effect of phenols for the oxidation of gallocyanin by sodium bromate in sulfuric acid medium.

在硫介质中,利用酚催化钠氧化花青的应,联用顺序注射技术建立了顺序注射催化动力学光度法测定废水中痕量酚的新方法。

In the liquor of acetic acid,the catalyzed synthesis of m-chlorobenzoic acid by the reaction of m-chlorobenzal dehyde and potassium bromate was studied.

在醋溶液中,以间氯苯甲醛、为原料合成间氯苯甲,分别研究了应温度、应时间、原料配比、溶剂的用量等条件对合成应的影响,确定了最佳工艺条件。

The results indicated that compared with potassium bromate, GOD has a strong effect on denaturing the wheat flour protein and in addition, excessive GOD might result in overoxidation.

结果表明，葡萄糖氧化酶对小麦粉中蛋白质的改性作用较速度快且作用强烈，同时，过量的葡萄糖氧化酶可能会造成氧化过度。

Based on the catalytic effect of thiocyanate on the oxidation of alizarine red by potassium bromate,a new catalytic spectrophotometric method for the determination of trace thiocyanate was developed.

在磷介质中，硫氰根对氧化茜素红的褪色应具有较强的催化作用，据此建立了催化光度法测定痕量硫氰根的新方法。

It has discovered that trace dimethyl glyoxime can sensitivly catalyize the discoloration of dimethyl yelloue by potassium bromate in sulphuric acid.

研究发现，在介质中，超二甲乙二醛肟能灵敏地加速溴钾氧化二甲黄褪色的指示反应。

It is based on the catalytic effect of phenols for the oxidation of gallocyanin by sodium bromate in sulfuric acid medium.

在介质中,利用催化溴钠氧化花青的反应,联用顺序注射技术建立了顺序注射催化动力学光度法测定废水中的新方法。

In the liquor of acetic acid,the catalyzed synthesis of m-chlorobenzoic acid by the reaction of m-chlorobenzal dehyde and potassium bromate was studied.

在醋溶液中,以间氯苯甲醛、溴钾为原料合成间氯苯甲,分别研究了反应温度、反应时间、原料配比、溶剂的用等条件对合成反应的影响,确定了最佳工艺条件。

The results indicated that compared with potassium bromate, GOD has a strong effect on denaturing the wheat flour protein and in addition, excessive GOD might result in overoxidation.

结果表明，葡萄糖氧化酶对小麦粉中蛋白质的改性作用较溴钾速度快且作用强烈，同时，过的葡萄糖氧化酶可能会造成氧化过度。

Based on the catalytic effect of thiocyanate on the oxidation of alizarine red by potassium bromate,a new catalytic spectrophotometric method for the determination of trace thiocyanate was developed.

在磷介质中，氰根对溴钾氧化茜素红的褪色反应具有较强的催化作用，据此建立了催化光度法测定氰根的新方法。