作者：韩优
页数：184
出版社：高等教育出版社
出版日期：2017
ISBN：9787040484816
电子书格式：pdf/epub/txt
内容简介
本书化工基础实验的英文版，旨在通过开设该课程,满足21世纪需要的高级化工专门人才。全书包含两部分内容，第一部分是基础理论，第二部分是实验。全书内容包括流体流动、流体输送机械、机械分离及固体流态化、传热、蒸发、蒸流、气体吸收、气液传质设备、液液萃取、固体物料的干燥、、实验概论与实验误差分析、实验数据处理、试验设计方法、化工测量技术等。 本书可作为化学化工专业和普通高校化学化工专业用做教材,也可供相关专业和工程科技人员参考。
本书特色
本书内容分为两部分。最部分介绍化工原理实验涉及的理论知识，涵盖了科学安排实验和定量评价实验结果的方法，以及传统和现代的实验方法、测试技术与技巧，具体包括实验误差的分析与估算、实验数据处理、正交试验设计方法和化工实验参数测量技术；第二部分主要介绍化工单元操作实验，包括流体流动综合实验、传热综合实验、正交过滤实验、多相搅拌实验、洞道干燥实验、精馏实验、吸收实验和萃取实验，每个实验包含了实验目的、实验原理、操作步骤、注意事项、实验流程图和实验报告要求等，同时还介绍了化工实验室安全规定和相关的安全知识。本书注重化工基础实验中的共性问题，拓宽基础，有较强的通用性，既可作为高等学校化工、化学、环境工程、食品科学与工程、材料等专业的国际化教材，又可供科研和实验工作者参考。
目录
IntroductionChapter 1 Estimation and Analysis of Experimental Errors1．1 Experimental Errors1．1．1 Direct and Indirect Errors1．1．2 True Value of ExperimentaIData1．1．3 Definition and Representation of Error1．1．4 Classification of Errors1．1．5 PrecisionTrueness and Accuracy1．2 Significant Digit and Notation of Experimental Data1．2．1 Significant Digit1．2．2 Rounding Off Rules1．2．3 Significant Digit of Direct Measurement Value1．2．4 Significant Digit of lndirect Measurement Value1．3 Error Estimation for Direct Measurement Value1．3．1 Error Estimation for Once Measurement Value1．3．2 Error Estimation for Multiple Measurements1．4 Error Estimation of lndirect Measurement Value1．4．1 General Function of Error Transfer1．4．2 Application of Error Transfer Function1．4．3 Application of Error AnalysisList of SymbolsExercisesChapter 2 Experimentaf Data Processing2．1 Tabular Method and Graphical Method2．1．1 Tabular Method2．1．2 GraphicaIMethod2．2 Experimental Data Regression Analysis2．2．1 Definition and Content of Regression Analysis2．2．2 Regression Expression Selectio2．2．3 Simple Linear Regression2．2．4 Multivariable Linear Regressio2．2．5 Nonlinear RegressionList of SymbolsExercisesChapter 3 Orthogonal Experimental Design Method3．1 The Advantages of Orthogonal ExperimentaIDesign Method3．2 OrthogonaI Array and Its Characteristics3．2．1 Equal Level OrthogonaI Array3．2．2 Mixed Level OrthogonaIArray3．3 The Interaction between Experimental Factors3．3．1 The Definition of Interaction3．3．2 The Discrimination oflnteractio3．4 OrthogonaIArray Header Desig3．4．1 The Header Design with Interaction Effect3．4．2 Header Design withoutlnteraction Effect3．5 The Basic Principles of Choosing an OrthogonaI Array3．6 The Operating Method of An OrthogonaI Experiment3．7 The Range Analysis of the Orthogonal Experimental Results3．8 The Variance Analysis ofthe OrthogonaIExperimentaIResuList of SymbolsExercisesChapter 4 Measurement of Common Physical Parameters in Chemical Industry4．1 Basic Technical Performance of Measuring Instruments4．1．1 Characteristics of Measuring Instrument4．1．2 Measuring lnstrument Selection Principle4．2 Pressure Difference Measurement4．2．1 Pressure Gauge and Differential Pressure Gauge4．2．2 Pressure Difference Transducer4．2．3 The Calibration of Pressure Gauge4．2．4 Some Technological Matters in the Use of Pressure Gauge4．3 Flow Measurement Techniques4．3．1 Throttling Flowmeter4．3．2 Rotameter4．3．3 Turbine Flowmeter4．3．4 Test and Calibration of Flowmeter4．4 Temperature Measurement Techniques4．4． 1 Thermocouple……
AppendixLaboratory Safety RulesExperiment 1Experiment of Fluid DynamicsExperiment 2 Heat Transfer ExperimentExperiment 3 Application of Orthogonal Method in the FiltrationExperimentExperiment 4 Multi-phase AgitationExperiment 5 DistillationExperiment 6 Packed Absorption ExperimentExperiment 7 Extraction ExperimentExperiment 8 Measurement of Drying Rate CurveAppendix Laboratory Safety Information
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