<div class="raw-html-embed"> Newsletteraktion: Abonnieren Sie jetzt unseren Newsletter und sichern Sie sich bis zum 8. August 2025 10% Rabatt auf Ihre Onlinebestellungen. <a href="/newsletter">Infos und Anmeldung.</a></div>

NL_Doormat: Hintergrundfarbe des Newsletter Banners unten in der Doormat. Mit # eingeben z.B. #1405BE

NL_Doormat: Verlinkung zur Newsletter Seite

Über uns

À propos de nous

Zahlung und Lieferung

Paiement et livraison

Nachhaltigkeit

Durabilité

Open Access

Datenschutz

Protection des données

Karriere

Carrière

Impressum

Mentions légales

LEXIA

LEXIA Arbeitsrecht

Was ist LEXIA?

C'est quoi LEXIA ?

LEXIA Familienrecht

Zeitschriften

Revues

recht

Pflegerecht

ZBJV

forumpoenale

ZStrR

Anwaltsrevue

Revue de l'avocat

RSAS

FamPra.ch

ASYL

Life Science Recht

BlAR

Sachbuch

Livres spécialisés

LOKI

Semaphor

Fokusthemen

Focus

Thema

Recht studieren

Arbeitsrecht

Droit du travail

Studium

Études

Familienrecht

Droit de la famille

Sozialversicherungsrecht

Droit des assurances sociales

Strafrecht

Droit pénal

Publikationen

Publications

Literatur

Onlinemodule LEXIA

Modules en ligne LEXIA

Bücher

Livres

Buchreihen

Collections

Datenbanken

recht.ch

Studienliteratur

Littérature pour les études

Services

Dienstleistungen für

Corporate Books

Publishing Lösungen

Aktuelles

Geschäftskunden

Professionnels

Corporate Publishing

Content solutions

Buchhandlungen

Librairies

Veranstaltungen

Événements

Presse

Dozierende

Enseignants

Studierende

Étudiants

Inserierende

Annonceurs

Newsletter

Blog

Autorinnen/Autoren

Auteurs

Unsere Schreibenden

Hilfe

Unsere Autorinnen und Autoren

Liste

Autorenlounge

Espace des auteurs

Bei uns publizieren

Publier chez nous

Autorenstimmen

Témoignages

Verlag

Éditions

Themen

Mehr wissen

Mitarbeitende

Collaborateurs

Geschichte

Histoire

Vision und Mission

Vision et mission

Unser Magazin

Notre magazine

Unternehmenskultur

Culture d'entreprise

Partner

Partenaires

Kontakt

Contact

Shop

Schweizer Recht

Ausländisches Recht

Über unseren Shop

Neuerscheinungen

Nouveautés

Sortiment und Funktionen

Assortiment et recherche

Vorankündigungen

À paraître

Nach Rechtsgebiet

Par domaine juridique

Kommentare

Commentaires

Kang Y: Molecule and Ion Transport
through Polymer Membranes

Molecule and Ion Transport through Polymer Membranes

Preface 1. Overview of Molecule and Ion Transport through Polymer Membranes 1.1. Molecule Transport 1.2. Ion Transport 1.3. Similarities and Differences between Molecule and Ion Transport 1.4. Overview of ?Molecule and Ion Transport through Polymer Membranes? &nbsp; 2. Introduction to Polymeric Materials 2.1. Interactions of Polymer with Solvent and Polymer Solution 2.2. Phase Diagram and Phase Separation 2.3. Rubbery and Glassy Polymers 2.4. Non-Equilibrium Features of Glassy Polymers 2.5. Free Volume Theory and Applications 2.6. Crystalline Polymers 2.7. Polymer Blends 2.8. Viscoelastic and Mechanical Properties &nbsp; Part 1: Molecule Transport through Polymer Membranes &nbsp; 3. Molecule Transport through Polymer Membranes 3.1. Fick?s Law and Solution-Diffusion Mechanism 3.2. Sorption and Permeation Features in a Slab 3.3. Diffusion through Polymers 3.4. Statistical View of Diffusion Coefficient 3.5. Free Volume Theory for Diffusion 3.6. Sorption in Polymers 3.7. Permeation through Polymers 3.8. Mathematical Models for Transient Sorption and Permeation through Glassy Polymers and Composite Membranes 3.9. Transient Sorption of Organic Vapor in Polymers 3.10. Mass Transport Overview: Fickian vs non-Fickian Behavior &nbsp; 4. Facilitated Transport Phenomena in the Solid State 4.1. Facilitated Transport in the Liquid State and the Solid State 4.2. Mathematical Models for Facilitated Transport in the Solid State 4.3. Concentration Fluctuation Model vs Direct Hopping Models 4.4. Facilitated Oxygen Transport 4.5. Facilitated Olefin Transport 4.6. Facilitated CO2 Transport in Solid and Quasi-Solid States 4.7. Challenges and Prospects &nbsp; 5. Selective Transport Membranes 5.1. Definitions of Permeability and Selectivity 5.2. Overview for Separation Performance of Gas Mixtures 5.3. Theoretical Basis for Relationship between Permeability and Selectivity (Upper Bound Curve) 5.4. Polymeric Structure-Properties Relationship 5.5. Time-dependent Separation Performance: Physical Aging and Plasticization Effects in Glassy Polymers 5.6. Facilitated Transport Membranes in the Solid and Quasi-Solid States 5.7. Oxygen Separation with Facilitated Transport Membranes 5.8. Olefin Separation with Facilitated Transport Membranes 5.9. Carbon Dioxide Separation with Facilitated Transport Membranes &nbsp; 6. Measurement of Molecule Transport Properties 6.1. Definitions of Diffusion Coefficient, Solubility Coefficient and Permeability 6.2. Permeation and Sorption Features in a Slab Membrane 6.3. Permeation Method: Manometric and Time-Lag Methods 6.4. Sorption Method: Gravimetric Methods 6.5. Concentration-Dependent Diffusion Coefficient 6.6. Variable Surface Concentration 6.7. Diffusion in a Sphere 6.8. Pulsed-field Gradient (PFG) NMR for Diffusion Coefficient &nbsp; 7. Applications of Selective Transport Membranes 7.1. Structure and Transport through Composite Membranes 7.2. Mathematical Model for Composite Membranes: Resistance Model 7.3. Fabrication of Composite Membranes 7.4. Structures and Mass Transport in Modules 7.5. Applications of Gas Transport Membranes 7.6. Conclusions and Future Directions &nbsp; Part 2: Ion Transport through Polymer Membranes &nbsp; 8. Basic Electrochemistry for Ion Transport 8.1. Electrochemical Devices and Key Terminologies 8.2. Electric Potential 8.3. Electrochemical Redox Reactions and Charge Transfer Kinetics 8.4. Interfacial Charge Transfer through Electric Double Layer 8.5. Transport of Charged Species and Electric Current &nbsp; 9. Polymer Electrolytes 9.1. Definitions of Ion Conductivity, Mobility and Transport Numbers 9.2. Formation of Polymer Electrolyte to Generate Charge Carriers 9.3. Polymeric Chain Mobility and Glass Transition Temperature 9.4. Mechanism of Ionic Transport 9.5. Ionic Conduction and Transport Number through Polymer Electrolytes 9.6. Temperature Dependence of Ionic Transport 9.7. Interfacial Charge Transfer between Solid Polymer Electrolyte and Electrode 9.8. Prospects of Polymer Electrolytes &nbsp; 10. Ion Exchange Membranes 10.1. Definitions of Ion Conductivity, Transport Number and Permselectivity 10.2. Ion Transport through Water and Heterocycles 10.3. Structures of Ion Exchange Membranes: CEM, AEM and BPM 10.4. Electric Field Generation at Bipolar Membrane Junction 10.5. Transport Models of Ions in IEMs 10.6. Ion Transport through Ion Exchange Membranes 10.7. Selective Transport through Ion Exchange Membranes: Permselectivity 10.8. Interrelationship between Conductivity and Selectivity &nbsp; 11. Measurement of Ion Transport Properties 11.1. Experimental Measurement Techniques 11.2. Direct Current Techniques 11.3. Alternating Current Techniques 11.4. Transport Number Measurements &nbsp; 12. Applications of Ion Transport Membranes 12.1. Polymer Electrolytes for Secondary Batteries 12.2. Polymer Electrolytes for Sensitized Solar Cells 12.3. Ion Exchange Membranes for Fuel Cells 12.4. Applications of Ion Exchange Membranes for Electrochemical Water Splitting

Advanced Biotechnology

Machine Learning and Big Data-enabled Biotechnology

DK Simply

Facts Made Fast

Simply Chemistry

Fluidization Processes - Design and Operation

This book systematically summarizes research achievements of the last two decades in the field of low-dimensional materials. It covers materials such as carbon nanotubes, MOF and boron nitride for applications in electronics, energy and photonics.

Electronic, Photonic and Energy Applications

Low-Dimensional Materials and Devices

Water Purification and Wastewater Treatment, Volume 2

Water & Wastewater Engineer

Woodhead Publishing Reviews: Mechanical Engineering Series

Next-Generation Materials for Energy Storage and Conversion

This book is designed to explain how to use Valence Bond theory to think concisely and rigorously and how to use VB computations. It is intended for chemists who are not necessarily experts on theory, but have some background in quantum chemistry. It familiarizes the reader with the various VB-based computational tools and methods available today and their use for a given chemical problem. It provides samples of inputs/outputs and instructs the reader on how to interpret the results. Applications discussed in the book include bonding problems, organic reactions, inorganic/organometallic reactions, and bioinorganic/biochemical reactions.

Insights into Chemical Bonding, Reactivity, and Excited States

A Chemist's Guide to Valence Bond Theory

Handbook of Astrochemistry provides a comprehensive overview of astrochemistry as a series of tutorial reviews by leading experts on all experimental, theoretical, computational, and astronomical aspects of this field. Starting from an overview of the observational molecular Universe, it then moves on to describe the state-of-the-art knowledge in the fields of gas-phase and solid-phase laboratory and computational astrochemistry; its use in astrochemical modelling; and finally how observations of molecules shape our understanding of how stars and planets form and of the chemical origins of biology. Combining the knowledge and experience of an international team of experts, this book is an authoritative, accessible guide for all those working in related fields.

Handbook of Astrochemistry

Analytical chemistry is a cornerstone of modern chemistry and many of the traditional techniques remain in use, albeit now mostly in automated form. The cognitive and practical skills developed in analytical work has ensured its inclusion in all chemistry programs worldwide. While laboratory work by its nature incorporates the cognitive and psychomotor learning domains, it does not always fully include the affective domain. This can be often attributed to repetition of laboratory activities -- 'we've done this before' -- and so it is useful to have access to a range of more diverse activities to engage and challenge students.This book is a laboratory manual which focuses on chemical analysis, providing teachers with a rich source of novel experiments. It features approximately 60 practical activities which have been extensively beta-tested, and do not require access to specialist equipment. There are worked examples for students and well-developed appendices for instructors and technicians. While not aligned with any specific curriculum, the activities are drawn from content across the nations including AP Chemistry, A-level Chemistry, BTEC National Diploma, Irish Leaving Certificate, Scottish Advanced Higher, International Baccalaureate, Abitur, and Matura. It is suitable for high school, community college, and early undergraduate students, and will be especially useful for those preparing for competitions such as the International Chemistry Olympiad and World Skills as it contains more unusual applications of well-known techniques.

Chemical Analysis For Schools & Colleges: A Lab Manual

Conjugated Polymer Synthesis and Materials Applications

Earthscan Expert

The logical future focus for renewable energy is micro-hydropower, and this book is a guide for professionals and others interested in the broader subject of micro-hydropower.

The logical future focus for renewable energy is micro-hydropower, and this book is a guide for professionals and others interested in the broader subject of micro-hydropower.

An Earthscan Expert Guide

Microhydro Power Systems

Understanding failures and disasters using case studies and simple engineering techniques Decoding Disasters provides illustrated failure case histories on a multitude of technologies and shows how engineering analysis can explain and help professionals understand them. For each case, the analysis technique is included so that the reader can adapt and apply it to their own situation. Different techniques are developed to show how the methods can be applied in various disciplines. This book guides readers to determine what likely occurred in each case with a minimum amount of data and without speculating. Each example in this book states the problem, theorizes a conceptual cause, verifies the cause by analysis (i.e. a mathematical model) and actual data, shows the use of the various engineering equations, and documents a solution. In this comprehensive guide, readers will learn about: <ul> <li>Viewing disasters not solely as a matter of emergency response, but also more holistically as social constructs between natural extremes, human populations, and the built environment</li> <li>Economic, environmental, and human impacts of disasters</li> <li>How growth calculations can evaluate the past and present and be applied to likely future events</li> <li>Disasters stemming from shortcuts in the design process to meet the demands and needs of society</li> </ul> This book is an excellent learning resource not only for practicing engineers, but also government and regulatory officials who can enact changes to prevent future repeat failures.

An Engineering Approach to Understanding Technical Failures and Natural Catastrophes

Decoding Disasters

Molecule and Ion Transport through Polymer Membranes

Bibliografische Angaben

Inhaltsverzeichnis

Schlagworte

Bibliografische Angaben

Inhaltsverzeichnis

Schlagworte

Weitere Titel zum Thema