TAILIEUCHUNG - Introduction to Chemical Engineering Processes

Any value that you'll run across as an engineer will either be unitless or, more commonly, will have specific types of units attached to it. In order to solve a problem effectively, all the types of units should be consistent with each other, or should be in the same system. A system of units defines each of the basic unit types with respect to some measurement that can be easily duplicated, so that for example 5 ft. is the same length in Australia as it is in the United States. There are five commonly-used base unit types or dimensions that one might encounter (shown with their. | Introduction to Chemical Engineering Processes Print Version From Wikibooks the open-content textbooks collection Contents hide 1 Chapter 1 Prerequisites o Consistency of units Units of Common Physical Properties SI kg-m-s System Derived units from the SI system CGS cm-g-s system English system o How to convert between units Finding equivalences Using the equivalences o Dimensional analysis as a check on equations o Chapter 1 Practice Problems 2 Chapter 2 Elementary mass balances o The Black Box approach to problem-solving Conservation equations Common assumptions on the conservation equation o Conservation of mass o Converting Information into Mass Flows - Introduction o Volumetric Flow rates Why they re useful Limitations How to convert volumetric flow rates to mass flow rates o Velocities Why they re useful Limitations How to convert velocity into mass flow rate o Molar Flow Rates Why they re useful Limitations How to Change from Molar Flow Rate to Mass Flow Rate o A Typical Type of Problem o Single Component in Multiple Processes a Steam Process Step 1 Draw a Flowchart Step 2 Make sure your units are consistent Step 3 Relate your variables So you want to check your guess Alright then read on. Step 4 Calculate your unknowns. Step 5 Check your work. o Chapter 2 Practice Problems 3 Chapter 3 Mass balances on multicomponent systems o Component Mass Balance o Concentration Measurements Molarity Mole Fraction Mass Fraction o Calculations on Multi-component streams Average Molecular Weight Density of Liquid Mixtures First Equation Second Equation o General Strategies for Multiple-Component Operations o Multiple Components in a Single Operation Separation of Ethanol and Water Step 1 Draw a Flowchart .

• Hoá dầu
• Prerequisites
• Elementary mass balances
• Mass balances
• reacting systems
• phase equilibrium
• multicomponent systems
• The Disposal of Portable Batteries
• Basic Prerequisites for Recycling
• Lead Batteries
• Batteries Containing Mercury
• Metal Hydride Batteries
• công nghệ thông tin
• tin học
• mạng
• web
• internet
• virus
• Equations and Inequalities
• Coordinates and Graphs
• Conic Sections
• Systems of Equations
• Inequalities
• CS 635 Advanced Systems Programming
• Some important prerequisites
• Typical C layout
• Extensibility with Linux
• Loadable Kernel Modules
• BMC Plant Biology
• Allelic diversity
• VRN 1 gene
• First intron
• Triticum dicoccoides
• Foreign direct investment
• Economic growth
• VAR model
• FDI stimulates export
• Important prerequisites
• Ebook Thermodynamics in material
• Thermodynamics in material
• Multicomponent Heterogeneous Systems
• Thermodynamics of Phase Diagrams
• Multicomponent Multiphase Reacting Systems
• Capillarity Effects in Thermodynamics
• Lecture Biomedical Signal Processing and Modeling
• Biomedical Signal Processing and Modeling
• Bài giảng Mô hình hóa tín hiệu y sinh
• Analysis of Nonstationary
• Multicomponent signals
• Time variant systems
• Less Systems
• Grain Morphologies
• Ceramic Powders
• Stereolithography Process
• Ceramic Composites
• Elementary Single
• Constitutive Relationship
• Constitutive Equation
• Soluble Solid
• báo cáo khoa học
• báo cáo hóa học
• công trình nghiên cứu về hóa học
• tài liệu về hóa học
• cách trình bày báo cáo
• Diffusion Coefficient
• Multicomponent SystemRelative Permeability
• Porous Media
• Capillary Pressure Curve
• Thermodynamics and chemistry
• Electrolyte solutions
• Other chemical processes
• Equilibrium conditions
• Phase rule and phase diagrams
• Carbohydrate polymers
• Low solubility
• Ternary systems
• Inclusion complex
• Delivery systems