Focusing on thermodynamic properties, this updated book compiles recent experimental data on polymer solutions under elevated pressures. It features nearly 500 references from the last decade, including about 175 new vapor-liquid equilibrium data sets and 25 new liquid-liquid equilibrium data sets, making it a comprehensive resource for researchers in the field.
The handbook offers a comprehensive compilation of thermodynamic data essential for researchers and engineers across multiple fields such as chemistry, chemical engineering, and environmental science. It supports various applications, including thermodynamic research and membrane technology, making it a valuable resource for those working in both basic and applied chemistry as well as green chemistry initiatives.
This comprehensive handbook offers a valuable resource for researchers by compiling over 1200 experimental liquid-liquid equilibrium (LLE) data sets, including 810 binary, 325 ternary, and 25 quaternary systems. Authored by a respected scientist, the book presents the data in a consistent format, ensuring ease of use and reference. It serves as an essential tool for those studying phase equilibria in various chemical processes, providing both current data and original sources for further exploration.
The book offers a comprehensive collection of newly published data, featuring 150 vapor-liquid equilibrium data sets and 50 tables with classical Henry's coefficients. It includes 250 liquid-liquid equilibrium data sets and 350 high-pressure fluid phase equilibrium data sets, alongside 70 PVT property data sets. Additionally, it presents 40 enthalpic data sets and expanded tables for second osmotic virial coefficients, covering essential topics like vapor-liquid equilibrium and gas solubilities in copolymer solutions.
Focusing on the thermodynamic behavior of copolymer solutions, this handbook serves as a crucial resource for scientists and engineers in both academic and industrial settings. It compiles original data from around 300 sources, offering 250 vapor-pressure isotherms, 75 tables of Henry's constants, 225 datasets, and 70 PVT tables for over 100 copolymers and 165 solvents. This comprehensive reference provides an essential overview of the physical interactions and molecular nature of mixtures, addressing a significant gap in existing literature.
The handbook serves as a comprehensive resource for high-pressure thermodynamic data crucial for understanding polymer solutions. It includes detailed information on vapor-liquid equilibria, gas solubilities, and liquid-liquid equilibria, alongside high-pressure fluid phase equilibria relevant to polymer systems in supercritical fluids. Additionally, it provides enthalpic and volumetric data, second virial coefficients, and insights beneficial for researchers and engineers in materials science, chemical processes, and technological applications involving polymers.
The present volume comprises data on viscosities of non-electrolyte systems, containing pure organic liquids and binary liquid mixtures at normal pressure. Production, transportation and use of liquid materials directly depend on their physical features, among which their viscosities play a key role.Travelling through a pipe, drying out of a building material, dispensing a fluid into packaging are just few examples of how important reliable data on liquid viscosities are.The data present viscosities as a function of temperature and - for binary mixtures - of composition at normal pressure.
The development and research of all kinds of optical applications and instruments require the knowledge of basic optical properties. The present volumes comprises data on optical constants of non-electrolyte systems, comprising pure liquids and binary liquid mixtures at normal pressure.The data contain refractive indices as a function of temperature, wavelength and - for binary mixtures - of composition at normal pressure.
Surface tension of liquids determine fundamental chemical and physical properties and applications. Cleansing agents, soldering agents, pharmalogical substances and biomechanical phenomena all rely on surface tensions and their deliberate modifications, so that a collection of reliable data will be of interest for users in science, research and engineering. This supplement volume contains surface tensions of non-electrolyte material systems, as well as surface tensions data of pure liquids and binary liquid mixtures at normal temperatures.
The storage of electric energy depends on the capacity of the associated electrical components. The material's dielectric constant directly governs this capacity. Dielectric constants therefore gain renewed attention with the increasing need of saving, accumulating and delivering energy produced in the most various ways (wind energy, solar energy, feed-back energy etc.). This supplementary volume contains static dielectric constants as a function of temperature, and - for the binary mixtures - as a function of composition. The focus lies on non-electrolyte systems and pure and binary liquid mixtures at normal pressure.