第一章 流体流动 第二章 流体输送机械 第三章 传热 第四章 吸收 第五章 蒸馏 第六章 化学反应工程学基本原理

第二章流体输送机械 第一节概述 流体输送机械为流体提供能量的机械。 泵—输送液体机械; 风机或压缩机一气体输送机械。 第二节离心泵 2—1离心泵的工作原理 1.工作原理:在离心力的作用下,高速流体在涡 形通道截面逐渐增大,动能转变为静压能,液体 获得较高的压力,进入压出管。 2.气缚现象:

第一节 概述 第二节 流体静力学基本方程式 第三节 管内流体流动的基本方程 第四节 管内流体流动现象 第五节 流体流动阻力 第六节 管路计算 第七节 流量的测定

主要掌握的内容 1.相对挥发度定义; 2.理想溶液的相平衡方程; 3.物料衡算式; 4.三条操作线方程; 5.热状态参数的确定; 6.回流比与最小回流比的计算 7.理论塔板数计算,图解法,逐板计算法,捷 算法

7.1 芳香烃的分类 结构及命名 Classification, Structures and Nomenclature of Aromatic Compounds 7.2 芳香烃的来源及物理性质 Sources and Physical Properties of Aromatic Hydrocarbons

Esters, like aldehydes and ketones, are weakly acidic. When an ester with an alpha hydrogen is treated with one equivalent of a base such as sodium ethoxide, a reversible condensation reaction occurs to yield a β−keto ester product. This reaction between two ester components is known as the Claisen condensation reaction

第一节 概述 第二节 双组分溶液的气液平衡 第三节 蒸馏及精馏原理 第四节 双组分连续精馏塔的计算

The most characteristic reactions of benzenoid arenes are the substitution reactions that occur when they react with electrophilic reagents. The electrophiles are either a positive ion (E+) or some other electron-deficient species with a large partial positive charge

A ring that contains at least one heteroatom (an atom other than carbon) is called a heterocycle, and a substance based on a heterocyclic ring is a heterocyclic compound. Heterocyclic compounds containing N, O or S are by far the most common

How are molecular structures determined? One way is though the use of spectroscopic methods. Spectroscopy is the study of the interaction of energy with matter. When energy is applied to matter it can be absorbed, emitted, cause a chemical change, or be transmitted