Alkylation of ambident nucleophiles different places by using phase-transfer catalytic agent were studied in this paper.

本文究了在相转移催化条件可亲核试剂不同位置的烷基化反应。

The preparation of hydroxyacetone was studied by esterification of chloroacetone with sodium formate and alcholysis of acetonyl formate with methanol.

以一氯丙酮、甲酸钠和甲醇为原料经酯化与醇解步反应合成羟基丙酮,究了反应条件相转移催化酯化以及醇解反应蒸馏过的影响。

In software engineering, the degree of complication of a system or system component, determined by such factors as the number and intricacy of interfaces, the number and intricacy of conditional branches, the degree of nesting, the types of data structures, and other system characteristics.

在软件工中，系统或系统组成部分的复杂述因素确定：接口的数量和错综、条件转移的数量和错综、嵌套的深、数据结构的类型，以及其它一些系统特性。

Alkylation of ambident nucleophiles different places by using phase-transfer catalytic agent were studied in this paper.

本文究了在转移催化条件下两可亲核试剂不同位置的烷基化。

The preparation of hydroxyacetone was studied by esterification of chloroacetone with sodium formate and alcholysis of acetonyl formate with methanol.

以一氯丙酮、甲酸钠和甲醇为原料经酯化与醇解两步成羟基丙酮,究了条件转移催化酯化以及醇解蒸馏过程的影响。

In software engineering, the degree of complication of a system or system component, determined by such factors as the number and intricacy of interfaces, the number and intricacy of conditional branches, the degree of nesting, the types of data structures, and other system characteristics.

在软件工程中，系统或系统组成部分的复杂程度由下述因素确定：接口的数量和错综程度、条件转移的数量和错综程度、嵌套的深度、数据结构的类型，以及其它一些系统特性。

Alkylation of ambident nucleophiles different places by using phase-transfer catalytic agent were studied in this paper.

本文究了在相转条件下对两可亲核试剂不同位置的烷基反应。

The preparation of hydroxyacetone was studied by esterification of chloroacetone with sodium formate and alcholysis of acetonyl formate with methanol.

以一氯丙酮、甲酸钠和甲醇为原料经酯与醇解两步反应合成羟基丙酮,究了反应条件对相转酯以及醇解反应蒸馏过程的影响。

In software engineering, the degree of complication of a system or system component, determined by such factors as the number and intricacy of interfaces, the number and intricacy of conditional branches, the degree of nesting, the types of data structures, and other system characteristics.

在软件工程中，系统或系统组成部分的复杂程度由下述定：接口的数量和错综程度、条件转的数量和错综程度、嵌套的深度、数据结构的类型，以及其它一些系统特性。

Alkylation of ambident nucleophiles different places by using phase-transfer catalytic agent were studied in this paper.

本文究了在相转移催化条件下对两可亲核试位置的烷基化反应。

The preparation of hydroxyacetone was studied by esterification of chloroacetone with sodium formate and alcholysis of acetonyl formate with methanol.

以一氯丙酮、甲酸钠和甲醇为原料经酯化与醇解两步反应合羟基丙酮,究了反应条件对相转移催化酯化以及醇解反应蒸馏过程的影响。

In software engineering, the degree of complication of a system or system component, determined by such factors as the number and intricacy of interfaces, the number and intricacy of conditional branches, the degree of nesting, the types of data structures, and other system characteristics.

在软件工程中，系统或系统分的复杂程度由下述因素确定：接口的数量和错综程度、条件转移的数量和错综程度、嵌套的深度、数据结构的类型，以及其它一些系统特性。

Alkylation of ambident nucleophiles different places by using phase-transfer catalytic agent were studied in this paper.

本文究了在相转移催化条件下对两可亲核试剂不同位置的烷基化反应。

The preparation of hydroxyacetone was studied by esterification of chloroacetone with sodium formate and alcholysis of acetonyl formate with methanol.

以一氯丙酮、甲酸钠甲醇为原料经酯化与醇解两步反应合成羟基丙酮,究了反应条件对相转移催化酯化以及醇解反应蒸馏过程的影响。

In software engineering, the degree of complication of a system or system component, determined by such factors as the number and intricacy of interfaces, the number and intricacy of conditional branches, the degree of nesting, the types of data structures, and other system characteristics.

在软件工程中，系统或系统组成部分的复杂程度由下述因素确定：接口的错综程度、条件转移的错综程度、嵌套的深度、据结构的类型，以及其它一些系统特性。

Alkylation of ambident nucleophiles different places by using phase-transfer catalytic agent were studied in this paper.

本文究了在相移催化件下对两可亲核试剂不同位置的烷基化反应。

The preparation of hydroxyacetone was studied by esterification of chloroacetone with sodium formate and alcholysis of acetonyl formate with methanol.

以一氯丙酮、甲酸钠和甲醇为原料经酯化与醇解两步反应合成羟基丙酮,究了反应件对相移催化酯化以及醇解反应蒸馏过程的影响。

In software engineering, the degree of complication of a system or system component, determined by such factors as the number and intricacy of interfaces, the number and intricacy of conditional branches, the degree of nesting, the types of data structures, and other system characteristics.

在软件工程中，系统或系统组成部分的复杂程度由下述因素确定：接口的数量和错综程度、件移的数量和错综程度、嵌套的深度、数据结构的类型，以及其它一些系统特性。

Alkylation of ambident nucleophiles different places by using phase-transfer catalytic agent were studied in this paper.

本文究了在催化条件下对可亲核试剂不同位置的烷基化应。

The preparation of hydroxyacetone was studied by esterification of chloroacetone with sodium formate and alcholysis of acetonyl formate with methanol.

以一氯丙酮、甲酸钠和甲醇为原料经酯化与醇解应合成羟基丙酮,究了应条件对催化酯化以及醇解应蒸馏过程的影响。

In software engineering, the degree of complication of a system or system component, determined by such factors as the number and intricacy of interfaces, the number and intricacy of conditional branches, the degree of nesting, the types of data structures, and other system characteristics.

在软件工程中，系统或系统组成部分的复杂程度由下述因素确定：接口的数量和错综程度、条件的数量和错综程度、嵌套的深度、数据结构的类型，以及其它一些系统特性。

Alkylation of ambident nucleophiles different places by using phase-transfer catalytic agent were studied in this paper.

本文究转移催化条件下对两可亲核试剂不同位置烷基化反应。

The preparation of hydroxyacetone was studied by esterification of chloroacetone with sodium formate and alcholysis of acetonyl formate with methanol.

以一氯丙酮、甲酸钠和甲醇为原料经酯化与醇解两步反应合成羟基丙酮,究反应条件对转移催化酯化以及醇解反应蒸馏过程影响。

In software engineering, the degree of complication of a system or system component, determined by such factors as the number and intricacy of interfaces, the number and intricacy of conditional branches, the degree of nesting, the types of data structures, and other system characteristics.

软件工程中，系统或系统组成部分复杂程度由下述因素确定：数量和错综程度、条件转移数量和错综程度、嵌套深度、数据结构类型，以及其它一些系统特性。

Alkylation of ambident nucleophiles different places by using phase-transfer catalytic agent were studied in this paper.

本文究在相转移催化条件下对两可亲核试剂不同位置的烷化。

The preparation of hydroxyacetone was studied by esterification of chloroacetone with sodium formate and alcholysis of acetonyl formate with methanol.

以一氯酮、甲酸钠和甲醇为原料经酯化与醇解两步合成酮,究条件对相转移催化酯化以及醇解蒸馏过程的影响。

In software engineering, the degree of complication of a system or system component, determined by such factors as the number and intricacy of interfaces, the number and intricacy of conditional branches, the degree of nesting, the types of data structures, and other system characteristics.

在软件工程中，系统或系统组成部分的复杂程度由下述因素确定：接口的数量和错综程度、条件转移的数量和错综程度、嵌套的深度、数据结构的类型，以及其它一些系统特性。