title: Modern Electrochemistry 1: Ionics, 2nd Edition
author: John O'M. Bockris
description: Praise for the First Edition: <br /> <strong>`</strong>Superbly written...indispensable.<strong>'</strong> <br /> <strong>JACS</strong> <br /> <strong>`</strong>A truly extraordinary achievement.<strong>'</strong> <br /> <strong>Journal of the Electrochemical Society</strong> <br /> <strong>`</strong>A must.<strong>'</strong> <br /> <strong>Nature</strong> <br /> about the Second Edition:<br /> <strong>`</strong>This excellent teaching book can be warmly recommended to every student of chemistry as well as to all electrochemists in industry and at university. It deserves to be found on the shelf of every electrochemical laboratory.<strong> </strong><br /> <strong>Journal of Solid State Electrochemistry, 4 (2000)</strong> <br /> <strong>`</strong>... this is an excellent book that outlines basic theories and measurements of ions in solution and ionic liquids. There is no doubt that readers from a variety of research areas will benefit from it. The book is well suited to serve as a reference book or reading material for electrochemistry courses. It should also serve as a very useful and important handbook for electrochemists who are engaged in active research or teaching.<strong>'</strong> <br /> <strong>Journal of the American Chemical Society, 122:9</strong> <br /> <strong>`</strong>The first edition of <em>Modern Electrochemistry</em>, a two-volume set published in 1970, is familiar as a classic work to those who teach and practice electrochemistry. The second edition ... is a worthy successor, containing nearly all the original material, updated with the results of two and one-half decades of additional research, as well as a large amount of new material. ...the authors have done an admirable job of beginning each idea at a very basic level and building from there, the buildup is quite rapid as textbooks go and liberally sprinkled with mathematics and its attendant condensation of information, so the reading is challenging. Additionally, the authors are not bashful about invoking the calculus when it is appropriate. On the basis of the level of treatment and the sheer volume of material, this volume would be most appropriate as a textbook for an advanced course (post physical chemistry) in physical electrochemistry. It seems eminently suitable as a source of supplemental reading for students in a variety of upper-level courses, including physical chemistry. As a reference for the practicing electrochemist it shines because of its thorough coverage of the discipline, its excellent index, and its easy-to-use system of paragraph headings, each of which includes sufficient detail to enable the researcher to confidently identify the relevant portion of text. In view of the challenge presented in reading this text, I (who consider myself an applied analytical chemist) confess significant surprise in finding that the volume is relatively difficult to put down. The authors have managed to include more than their fair share of the "So that's why that happens!" factor.<strong>'</strong> <br /> <strong>Journal of Chemical Education, 76:8 (1999)</strong> <br /> <strong>`</strong>It is an excellent teaching book, indispensable to every student of electrochemistry.<strong>'</strong><br /> <strong>Corrosion, 58:5</strong> <br /> <strong>`</strong>These original, stimulating and informative volumes offer an unusual approach and inter alia provide an excellent entre to the field for the non-specialist.<strong>'</strong> <br /> <strong>Emeritus Professor Douglas Inman, Dept. of Materials, Imperial</strong> <strong>College, London</strong>
zlib_text: Precision radio-frequency and microwave dielectric spectroscopy and 
  characterization of ionic aqueous solutions 
   
  by 
   
  Amin Gorji-Bandpy 
   
   
  A dissertation submitted to the graduate faculty 
  in partial fulfillment of the requirements for the degree of  
  DOCTOR OF PHILOSOPHY 
   
  Major: Electrical Engineering 
  (Electromagnetics, Microwave and Nondestructive Evaluation) 
   
  Program of Study Committee: 
  Nicola Bowler, Major Professor 
  Brian K. Hornbuckle 
  Amy L. Kaleita-Forbes 
  Nathan M. Neihart 
  Jiming Song 
   
   
   
  The student author, whose presentation of the scholarship herein was approved by the 
  program of study committee, is solely responsible for the content of this dissertation. The 
  Graduate College will ensure this dissertation is globally accessible and will not permit 
  alterations after a degree is conferred. 
   
   
   
  Iowa State University 
  Ames, Iowa 
  2018 
   
   
   
  Copyright © Amin Gorji-Bandpy, 2018. All rights reserved. 
  
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