Electrochemistry. Volume 15

218 Pages·2019·7.731 MB·English

by  Banks, Craig E., McIntosh, Steven

Electrochemistry
Volume 15
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A Specialist Periodical Report
Electrochemistry
Volume 15
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7 Editors
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7 Craig Banks, Manchester Metropolitan University, UK
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39/ Steven McIntosh, Lehigh University, Bethlehem PA, USA
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g | d Authors
or Prashanth S. Adarakatti, Indian Institute of Science, India
sc. Elena A. Baranova, University of Ottowa, Canada
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b Lynn Dennany, University of Strathclyde, UK
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s:// Suresh K. Kempahanumakkagari, Dayananda Sagar University, India
http MonaA.Mohamed,NationalOrganizationforDrugControlandResearch,
n Egypt
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18 Evans A. Monyoncho, University of Ottowa, Canada
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er 2 Edward Randviir, Manchester Metropolitan University, UK
ob Tom K. Woo, University of Ottowa, Canada
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Print ISBN: 978-1-78801-373-4
PDF eISBN: 978-1-78801-389-5
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0 ePUB eISBN: 978-1-78801-583-7
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F ISSN: 0305-9979
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9 DOI: 10.1039/9781788013895
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8 A catalogue record for this book is available from the British Library
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9/ r The Royal Society of Chemistry 2019
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org | Apart from fair dealing for the purposes of research for non-commercial
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s://p Rights Regulations 2003, this publication may not be reproduced, stored
p or transmitted, in any form or by any means, without the prior permission
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n in writing of The Royal Society of Chemistry or the copyright owner, or in
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2 the Copyright Licensing Agency in the UK, or in accordance with the terms
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b of the licences issued by the appropriate Reproduction Rights Organization
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Oct outside the UK. Enquiries concerning reproduction outside the terms
15 stated here should be sent to The Royal Society of Chemistry at the
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bli Whilst this material has been produced with all due care, The Royal Society
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of Chemistry cannot be held responsible or liable for its accuracy and
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Preface
DOI: 10.1039/9781788013895-FP005
We are pleased to introduce volume 15 of Specialist Periodical Reports in
Electrochemistry, which presents comprehensive and critical reviews
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0 covering some of the most impactful areas of electrochemistry. In this
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F volume, Randavir discusses electrochemical impedance spectroscopy as
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9 aquantitativetoolforsensorsforawidevarietyofpotentialapplications.
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1 Baranova and co-authors provide a comprehensive and critical dis-
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8 cussion around our current state-of-the-art understanding of ethanol
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8 electrooxidation kinetics in alkaline media. They point to the excellent
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9/ progress made to date, and the challenges remaining, as we move to-
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10 wards high performance direct ethanol fuel cells. Dennany contributes
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1 anextensivediscussionofelectrochemiluminescencesensors,fromtheir
doi: fundamental principles to their application in analytic systems, par-
org | ticularlyformedicaldiagnostics.Thechapterdiscussesthedevelopment
sc. of the most commonly utilized ruthenium base systems, emerging new
bs.r materials,andtheirincorporationincompositenanomaterials.Wearable
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s://p electrochemical sensors are discussed in a chapter by Mohamed, with
p consideration of sensors that monitor sweat, breath, saliva, tears and
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n skin to monitor our health and provide diagnostic signals. Finally,
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8 Adarakatti and Kempahanumakkagari consider techniques for electrode
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2 modification to enhance both kinetics and stability, and the character-
ber ization and application of the electrodes in electro-analysis.
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15 Craig Banks and Steven McIntosh
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Electrochemistry,2019,15,v–v | v
(cid:2)c TheRoyalSocietyofChemistry2019
Author biographies
DOI: 10.1039/9781788013895-FP006
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0 PrashanthS.AdarakattireceivedanM.Sc.in
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F Chemistry from P. C. Jabin Science College
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9 (Autonomous) at Karnatak University,
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1 Dharwad, India in 2012. He has recently
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8 obtainedhisPhDfromBangaloreUniversity,
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8 Bengaluru, India and has published over
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9/ 20 papers and is currently a Postdoctoral
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10 Researcher at the Solid State and Structural
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1 Chemistry Unit, Indian Institute of Science
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d (IISc),Bengaluru,India.Hiscurrentresearch
org | interests include electrochemical sensors,
sc. electroanalytical chemistry and materials
bs.r chemistry for energy storage applications.
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n Elena Baranova is a Full Professor in the
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8 Department of Chemical and Biological
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2 EngineeringattheUniversityofOttawa.She
er
b received her M.Sc. in Chemical Engineering
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Oct (1999) and Ph.D in Chemistry (2003) from
15 the Ukrainian State University of Chemical
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o Engineering.Shethenpursuedhergraduate
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he studies at EPFL, Switzerland, where she
s
bli completed her Ph.D. in Chemical Engin-
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P eering (2005). She became an NSERC post-
doctoral fellow in 2005 and later a Research
Associate at the National Research Council,
Canada.She joinedtheUniversity ofOttawa
in2008asatenure-trackAssistantProfessor.Herresearchinterestsarein
the area of electrocatalysis and electrochemical promotion of catalysis.
vi | Electrochemistry,2019,15,vi–ix
(cid:2)c TheRoyalSocietyofChemistry2019
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Dr Lynn Dennany has attracted Bd1M in
researchfundingtodevelopelectrochemical
sensors for chemicaland biomedical sensor
applications. She is making pioneering
contributions to three core areas: (1) novel
electrochemiluminescence (ECL) materials; (2)
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0 development of robust surface attachment
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9 multiplexed detection; (3) devising of novel
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1 advanced methodologies for ultrasensitive dis-
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8 ease biomarker detection, thus making an
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8 impact on improving clinical practice. In
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9/ particular, the detection of oxidative stress
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10 leading to mutagenesis, neurological diseases and aging and the early
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1 detection of biomarkers for disease detection are continuing themes
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d withinherresearch.SheiscurrentlyaSeniorLecturerinChemistryatthe
org | University of Strathclyde, where she has established the electrochemical
sc. analytics group consisting of a postdoctoral fellow and 4 PhD students.
bs.r Her vision is to establish rapid and portable electrochemical sensors
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s://p for real world applications through understanding of electrochemical
p behaviour and event recognition events, particularly biochemical inter-
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n actions. She has published over 40 publications and has successfully
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8 supervised 5 PhD students to completion.
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b
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Oct KempahanumakkagariSureshkumarreceived
15 BSc.,MSc.,andPh.D.degrees(Chemistry)in
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o the years 2004, 2006 and 2012 respectively
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he fromBangaloreUniversity,Bengaluru,India.
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bli He then worked as postdoctoral fellow in
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Jain University, India from 2012–2014. He
workedaspostdoctoralfellowinChungnam
National University, South Korea, from
2014–2015. Then he worked as Research
Assistant professor in Hyanyang University,
South Korea from 2016–2017. Presently, he
isworkingasassistantprofessorinSchoolof
Basic and Applied Sciences, Dayananda
SagarUniversity,Bengaluru,India.Hiscurrentresearchinterestsinclude
development of electrochemical/optical sensors, fuel cells and synthesis
of functional organic molecules for thermochromic applications.
Electrochemistry,2019,15,vi–ix | vii
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Mona A. Mohamed received her PhD in
Analytical Chemistry from Cairo University,
Egyptin2012.Sheisaresearcherofanalytical
chemistry in the pharmaceutical chemistry
department, NationalOrganizationforDrug
ControlandResearch(NODCAR).Sheisnow
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0 a postdoc researcher at institute of elec-
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F tronics microelectronics and nanotech-
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1 interests are lap-on-chip applications, elec-
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8 trochemical sensors, and the preparation
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8 andcharacterizationofnewdopedgraphene
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d Evans Monyoncho earned a PhD in Chem-
org | istryfromtheUniversityofOttawaunderthe
sc. co-supervision of Professors Tom Woo and
bs.r Elena Baranova in 2017. The PhD project
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s://p focused on the rational catalyst design for
p ethanol electrooxidation using in-situ and
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n computational studies. Evans currently
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8 holds Mitacs Elevate Post-doctoral fellow-
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2 ship at the University of Ottawa working
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b with Prof. Elena Baranova and GBatteries
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Oct Energy Canada Inc. Evans is originally from
15 Kenya where he earned a Diploma in Ana-
n
o lytical Chemistry at The Kenya Polytechnic
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he University College. He obtained Bachelors and Masters in Chemistry
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bli from Saint Mary’s University and University of Prince Edward Island,
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viii | Electrochemistry,2019,15,vi–ix
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Edward Randviir is a post-doctoral research
fellow at Manchester Metropolitan Uni-
versity. His interests range from using ana-
lytical methods to inform public policy,
through to the design of new processes to
recycle waste materials, and the develop-
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F has contributed 21 academic articles in the
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1 chapters since the beginning of his PhD in
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8 2011. He has a h-index of 12.
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10 Tom Woo received both his B.Sc. and Ph.D.
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1 (1998) in Chemistry at the University of
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d Calgary in Canada. He did postdoctoral
org | research at ETH Zurich and in 2000 started
sc. his independent career as an Assistant Pro-
bs.r fessor of Chemistry at the University of
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s://p Western Ontario in Canada. In 2005 he
p becameaCanadaResearchChairinCatalyst
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n Modelling and Computational Chemistry at
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8 theUniversityofOttawa,wherehecontinues
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15 Ziegler Award in theoretical and computational chemistry.
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