Name: The ECS Series of Texts and Monographs
SKU: 199278618
Price: 134000 KRW
Availability: InStock
Author: Mark E. Orazem
ISBN: 9781119779223

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eBook The ECS Series of Texts and Monographs

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Mark E. Orazem 저

Wiley 2026.10.21.

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시리즈 태그 업체 공지사항 구성 소개 특별 구성 MD 한마디 카드뉴스 상세 이미지 소개 관련 동영상 목차 미리듣기 저자 소개 관련분류 품목정보 만든이 코멘트 예스24 리뷰 책 속으로 줄거리 캐스팅 관련 자료 부가 영상 출판사 리뷰 전문가 리뷰 추천평

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소개

Step-by-step solutions for electrochemical impedance spectroscopy data interpretation Existing references on electrochemical impedance spectroscopy cover theory but lack detailed worked solutions and systematic guidance for data interpretation. Problem Solving in Electrochemical Impedance Spectroscopy: Methods, Data Analysis, and Case Studies directly addresses this gap by??providing step-by-step solutions to representative problems and a systematic method for interpreting impedance spectra across diverse electrochemical systems. The book is organized into three sections. Problems and Solutions presents detailed worked solutions to representative impedance problems. Application to Experimental Data walks through step-by-step analysis of sample impedance data sets selected to highlight distinct concepts. Reference Material supplies tables of formulae, data, and sample computer code needed for problem solving. The book also provides: <ul><li>A companion website with data files and computer code required to solve each problem??independently</li> <li>Free measurement model software developed by the Orazem group for regression analysis??of??impedance data</li> <li>Problems drawn in part from Electrochemical Impedance Spectroscopy, 2nd Edition, with??additional scope-broadening exercises</li> <li>Standalone utility as a self-contained resource or as a practical enhancement to the authors’??foundational textbook</li> <li>Coverage spanning corrosion, biomedical devices, semiconductors, sensors, batteries, fuel??cells, coatings, and electrochemical capacitors</li></ul> Published in The Electrochemical Society series, this reference serves scientists and engineers working in electrochemistry, corrosion, biomedical devices, and semiconductor systems, as well as vendors of impedance-measuring instrumentation. Graduate students in electrochemistry, materials science, and chemical engineering will find it a focused training resource.

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1 Complex Variables 3
2 Differential Equations 17
3 Statistics 25
4 Electrical Circuits 33
5 Electrochemistry 45
6 Electrochemical Instrumentation 55
7 Experimental Methods 61
8 Experimental Design 73
9 Equivalent Circuit Analogs 97
10 Kinetic Models 111
11 Diffusion Impedance 147
12 Impedance of Materials 171
13 Time-Constant Dispersion 179
14 Constant-Phase Elements 199
15 Generalized Transfer Functions 211
16 Electrohydrodynamic Impedance 217
17 Methods for Representing Impedance 223
18 Graphical Methods 235
19 Complex Nonlinear Regression 247
20 Assessing Regression Quality 255
21 Error Structure of Impedance Measurements 261
22 The Kramers–Kronig Relations 273
23 An Integrated Approach to Impedance Spectroscopy 285
24 Complex Integrals 289

II Application to Experimental Data 293

25 Measurement Model for Regression of Impedance Data 295
25.1 Introduction 295
25.2 Measurement Model 297
25.3 Brief Guide/Instructions 298
25.4 Experimental Methods 300
25.5 Data Conversion 300
25.6 Measurement Model Analysis 301
25.7 Stochastic Error Structure 305
25.8 Kramers–Kronig Relations 306
25.9 Interpretation Model Development 310
25.10 Discussion 317

26 Physical Properties of Aluminum Oxide 319
26.1 Initial Inspection 321
26.2 Interpretation Model Development 327
26.3 Regression Analysis 329
26.4 Regression of Integral Formula 336
26.5 Observations 338

27 Mass Transfer in Lithium Cobalt Oxide Coin Cells 339
27.1 Initial Inspection 341
27.2 Interpretation Model Development 352
27.3 Regression Analysis 357
27.4 Observations 360

28 Large Double-Layer Capacitance for Iron in the Presence of H2S 361
28.1 Introduction 361
28.2 Experimental Setup 361
28.3 Initial Inspection 362
28.4 Interpretation Model Development 366
28.5 Regression Analysis 368
28.6 Observations 373

29 Apparent Rotation-Speed Dependence of CPE Parameters 375
29.1 Initial Inspection 376
29.2 Interpretation Model Development 386
29.3 Regression Analysis 389
29.4 Observations 391

30 Model Development for Delamination of Coated Silver Mirrors 393
30.1 Experimental 393
30.2 Initial Inspection 394
30.3 Interpretation Model Development 405
30.4 Observations 410

III Reference Material 413

A Tables of Reference Material 415
A.1 Complex Variables 415
A.2 Statistics 419
A.3 Physical Properties 423
A.4 Selected Electrochemical Notation 425
A.5 Local Electrochemical Impedance Spectroscopy 427
A.6 Relationships for Impedance 431
A.7 Method to Identify Corrosion Model 436

B Computer Code 439
B.1 Fourier Analysis: Nonlinear 439
B.2 Fourier Analysis: Linear 442
B.3 Fourier Analysis with Noise 445
B.4 Single-Frequency Fourier Analysis with Noise 448
B.5 Convective Diffusion: Rotating Disk 450

List of Symbols 479
References 491
Author Index 503
Subject Index 507

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저자 소개

MARK E. ORAZEM is Distinguished Professor Emeritus of Chemical Engineering at the University of Florida and a Fellow of the Electrochemical Society, the International Society of Electrochemistry, and the American Association for the Advancement of Science. He served as President of the International Society of Electrochemistry and, with Bernard Tribollet, received the 2019 Claude Gabrielli Award for contributions to electrochemical impedance spectroscopy. He teaches professional short courses on impedance spectroscopy internationally.

BERNARD TRIBOLLET is Director of Research Emeritus at Laboratoire Interfaces et Systemes Electrochimiques, Sorbonne Universite, Paris and a Fellow of the Electrochemical Society. He instructs a bi-annual short course at Sorbonne Universite covering theoretical aspects and hands-on instrumentation training for impedance spectroscopy. He has promoted the extension of impedance spectroscopy to electrohydrodynamic, electromagnetic, and thermoelectric transfer-function techniques. With Mark E. Orazem, he received the 2019 Claude Gabrielli Award for contributions to electrochemical impedance spectroscopy.