Yaws' Handbook of Antoine Coefficients for Vapor Pressure

The content of this database presents a compilation of results for vapor pressure using the Antoine equation, and contains an extensible, searchable table with Antoine coefficients of over 9,995 compounds. The data is both experimentally determined and estimated based on methods developed by the author and other noted experts. The table is interactive (live) and contains live equations for easy calculation and plotting of the properties. The Equation Plotter Applet can save countless hours of complicated calculations. Updated with 4995 new records, divided into tables of organic (9455 records) and inorganic compounds (540 records) for a total of 9995 compounds. Content: • Front Matter • Antoine Equation and Coefficients for Organic Compounds Table (9455) • Antoine Equation and Coefficients for Inorganic Compounds Table (540) • Vapor Pressure of Organic Compounds • Vapor Pressure of Inorganic Compounds • Appendix A - Conversion Table • Appendix B - Compound List by CAS Registry Number - Organic Compounds • Appendix C - Compound List by CAS Registry Number - Inorganic Compounds • Appendix D - Compound List by Name - Organic Compounds • Appendix E - Compound List by Name - Inorganic Compounds "This book wants to encourage engineers to incorporate Rapid Prototyping in their daily routine. It illustrates the benefits that come with the use of models at any stage of the product development process and defines the different types of models. It covers the fundamentals of Rapid Prototyping and the special capabilities of prototypers. It shows how digital production based on low volume rapid prototypes samples can be realized."--Jacket Illustrates the benefits that come with the use of models at any stage of the product development process and defines the different types of models. The book covers the fundamentals of Rapid Prototyping and the special capabilities of prototypers, and shows how digital production based on low volume rapid prototyped samples can be realised.