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SmartEngineeringSystems:DesignandApplications
SeriesEditor:SumanLataTripathi
Aimedatseniorundergraduatestudents,graduatestudents,academicresearchersandprofessionals,thisserieswillfocusonthedesignofsmartengineeringsystemsandtheirdiverseapplications.Theserieswillcoverimportanttopics,includingorganicelectro-nicsandapplications,smartengineeringmaterials,designanddevelopmentofVLSIcircuitswithartificialintelligencetechniques,smartandintelligentsolutionsforenergytechnologies,andintelligentcommunicationssystemsandsensornetworks.
InternetofThings:RoboticandDroneTechnology
NitinGoyal,SharadSharma,ArunKumarRanaandSumanLataTripathi
Nanotechnology:DeviceDesignandApplications
ShilpiBirla,NehaSinghandNeerajKumarShukla
Formoreinformationaboutthisseries,pleasevisit:
/Smart-
Engineering-Systems-Design-and-Applications/book-series/CRCSESDA
NANOTECHNOLOGY
DeviceDesignandApplications
Editedby
ShilpiBirla,NehaSingh,andNeerajKumarShukla
Firsteditionpublished2022
byCRCPress
6000BrokenSoundParkwayNW,Suite300,BocaRaton,FL33487-2742
andbyCRCPress
2ParkSquare,MiltonPark,Abingdon,Oxon,OX144RN
©2022selectionandeditorialmatter,ShilpiBirla,NehaSinghandNeerajKumarShukla;individualchapters,thecontributors
FirsteditionpublishedbyCRCPress2022
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ISBN:978-1032-11523-8(hbk)
ISBN:978-1032-11538-2(pbk)
ISBN:978-1003-22035-0(ebk)
DOI:
10.1201/9781003220350
TypesetinTimes
byMPSLimited,Dehradun
v
Contents
Preface ix
Acknowledgements xi
Contributors xiii
Editors xvii
Chapter1AnOverviewofCurrentTrendsinHafniumOxide–Based
ResistiveMemoryDevices1
LalitKumarLata,PraveenK.Jain,AbhinandanJain,andDeepakBhatia
Chapter2NanotechnologyforEnergyandtheEnvironment19
Professor(Dr.)KomalMehta
Chapter3NanotechnologytoAddressMicronutrientandMacronutrient
Deficiency 35
ShivaSharma,ManishaRastogi,andNehaSingh
Chapter4Nanomaterials61
Professor(Dr.)KomalMehta
Chapter5ImpactofNanoelectronicsintheSemiconductorField:Past,
PresentandFuture 75
G.BoopathiRaja
Chapter6Nanoelectronics93
S.Dwivedi
Chapter7EvolutionofNanoscaleTransistors:FromPlannerMOSFETto
2D-Material-BasedField-EffectTransistors119
Dr.KunalSinha
Chapter8MemoryDesignUsingNanoDevices137
DeepikaSharma,ShilpiBirla,andNehaMathur
viContents
Chapter9NanotechnologyintheAgricultureIndustry157
SujitKumar,NDSpandanagowda,RiteshTirole,andVikramadityaDave
Chapter10RecentAdvancementsintheApplicationsofZnO:AVersatile
Material175
ChandraPrakashGupta,andAmitKumarSingh
Chapter11SRAMDesigningwithComparativeAnalysisUsingPlaner
andNon-planerNanodevice189
NehaMathur,DeepikaSharma,andShilpiBirla
Chapter12AStudyofLeakageandNoiseTolerantWideFan-inOR
LogicDominoCircuits203
AnkurKumar,SajalAgarwal,VikrantVarshney,
AbhilashaJain,andR.K.Nagaria
Chapter13PotassiumTrimolybdatesasPotentialMaterialforFabrication
ofGasSensors227
AditeeJoshi,andS.A.Gangal
Chapter14CarbonAllotropes-BasedNanodevices:Graphenein
BiomedicalApplications241
SugandhaSinghal,MeenalGupta,Md.SabirAlam,
Md.NoushadJaved,andJamilurR.Ansari
Chapter15C-DotNanoparticulatedDevicesforBiomedicalApplications271
RiteshKumar,GulshanDhamija,JamilurR.Ansari,Md.NoushadJaved,andMd.SabirAlam
Chapter16Nanotechnology:AnEmergingandPromisingTechnology
fortheWelfareofHumanHealth301
J.ImmanuelSuresh,andM.S.SriJanani
Chapter17HybridPerovskiteSolarCells:Principle,Processingand
Perspectives315
AnanthakumarSoosaimanickam,
SaravananKrishnaSundaram,andMoorthyBabuSridharan
Contentsvii
Chapter18EnergyStorageSystemsinViewofNanotechnologytowards
WindEnergyPenetrationinDistributionGeneration
Environment 349
DimpySood,RiteshTirole,andSujitKumar
Index363
ix
Preface
Nanotechnologyhasmajorlycontributedtoadvancementsincomputingandelectronics,forfaster,smallerandmorecompactandhandysystemsthatcanhandleandstorehugeamountsofinformationintheformofdata.Theseadvancingapplicationsinclude:nanotransistors,MRAMs,ultra-high-definitiontelevisionsanddisplays,flexibleelectronics,IoTandflashmemories.Theothersectorthatgetsthemaximumbenefitfromnanotechnologyismedicalandthehealthcareapplications.Nanotechnologyhashelpedinbroadeningthemedicalarea,knowledgeandcures.Nanomedicine,oneoftheemergingapplicationsofnanotechnology,hasgreatlyhelpedthebiomedicalfieldbygivingprecisesolutionsfordiagnosisofdiseaseandtreatment.Nanomaterialsarenowadaysusedinpharmaceuticalsciencesandtechnology.Afewotheremergingareasofnanotechnologyaredrugdeliveryandbiosensors.Thenextfieldthatexcelswiththehelpofnanotechnologyistheenergysector.Nanotechnologyhasgivenalternativeenergyapproachestoreplacethetraditionalenergysourcestomeetdailyincreasingenergydemands.Theyhavedevelopedthin-filmsolarpanels,windmillbladesandquick-chargingbatteriesasanalternative.Nanotechnologynowalsohelpscleandrinkingwaterthroughrapid,low-costdetectionandtreatmentofwaterimpurities.
Nanotechnologyisoneoftheemergingareas,havingapromisingfuturewithmanybreakthroughsthathavechangedandfurtherbringvariousnewtechnologicaladvancestoawiderangeofapplications.Thepurposeofthisbookistointroducenanotechnologyonalevelthatexploresthevariousapplicationsofnanotechnologythatarediscussedbelow.Itwillgiveaflavortothepeoplewhoareinresearchorinterestedexploringfuturepossibilities.Itwillalsocreateinterestindifferentareaswherenanotechnologyhascreatednewpossibilities.Thisbooksaimstoexploretheareaofnanotechnologyanditsvariousemergingapplications.
ChapterOrganization
Thebookisorganizedinto18chaptersasfollows:
Chapter1
providesaquickoverviewofevolvingmemorytechnologywithafocusonmaterialsusedinRRAM,themethodforresistanceswapping,RRAMoutputparameters,themethodsusedtoenhancetheperformanceofHfO2-basedRRAMdevices,problemsassociatedandpotentialpossibilitiesofRRAMdevices.
Chapter2
presentsthelatestdevelopmentsinthefieldofnanotechnologywithafocusonenergyandtheenvironment,whichincludesmaterialsbasedonnanotechnology,theirprocessesandapplications,thenewgenerationofhighlyefficientsolarcellsanddevicesforenergystorageandenergysaving.
Chapter3
evaluatestheefficiency,advantages,disadvantagesandapplicationsofnanocarriersinaddressingmicronutrientandmacronutrientdeficiency.
xPreface
Chapter4
focusesonunderstandingtheprocessthattakesplacewhileapplyingnanoparticlesormaterialsascatalysts,withsomeinsightonpotentialhealthandenvironmentalrisksthatareassociatedwiththeuseofnanomaterials.
Chapter5
discussestheimpactofnanoelectronicsinthesemiconductorfield,focusingonexperience,presentdevelopmentandfutureopportunitiesinaclearmanner.
Chapter6
onnanoelectronicsisaconciseefforttooutline,structureandexplainvarioustopicsintherelatedfieldinanutshell.
Chapter7
presentsgradualdevelopmentofmodern-dayFETdevices,frommicrontechnologytonanotechnology;fromMOSFETdevicestoFinFETandTFETdevices;andfinallytheFETstructurewith2Dmaterialsareanalyzedwiththeiradvantagesandchallenges,asreportedbyseveralresearchers.
Chapter8
containsthedesignof6TSRAMcellat32nmbyusingCMOS,FinFETandCNTFETtechnologies.
Chapter9
examinesnanotechnology’scurrentdevelopmentsandpresentsselectedrecentresearchtothemostdemandingchallengesandexcitingprospectsinthefoodstuffindustryandfarmingengineering.
Chapter10
presentsthelatestadvancementofZnOmaterialforthin-filmheterojunction-basedstructuresandtheirrecentapplicationsinUVdetectors,gassensors,memorydevicesandotherapplications.
Chapter11
studiesnonplanardevices,likeFinFETforreducedshort-channeleffectsduetosuppressedleakagecurrent,onconventionalaswellasSOIwafers.
Chapter12
shedslightonthemethodsusedbyresearchersallovertheworldtoimprovetheperformanceofwidefan-inORlogicdominocircuitsinthefieldofsubmicronVLSIdesigntoovercomeleakagecurrentbymodifyingtheevaluationnetwork.
Chapter13
discussestheuseofnanowiresofmolybdateswithK+group(K2Mo3O10.4H2O)grownusingchemicalmethodpossesspotentialasexceptionallysensitivegas-sensingmaterialsatroomtemperature.
Chapter14
brieflydiscussesthephysicalandchemicalproperties,synthesisandbiomedicalapplicationofgraphenenanomaterials.
Chapter15
studiesC-dots,whichincludefullerene,nanotubes,nanodiamonds,carbonnanofibers,graphemeandotherallotropes,forbiomedicalapplicationsduetotheiruniqueandsuperiorpropertieslikeprominentbiocompatibility,highwatersolubility,optimalperformanceforenergyconservation,goodphoto-stability,photoluminescencecharacteristics,easeofindustrialscaleupandlowproductioncost.
Chapter16
shedslightonuseofnanotechnologyforpowerfulinnovativemodificationsinhealthcareandbiomedicalapplications,likediagnosticanalysisandtherapeuticapproaches.
Chapter17
isfocusedonsummarizingbasictrendsofhybridorganoleadhalideperovskitesolarcellsandtheperspectivesofthesematerialsforfuturesolarenergyharvestingapplications.Variousdeviceapproachesofthehybridperovskitesolarcellswithdifferentmaterialsareconciselyaddressed.
Chapter18
providesacomprehensivestudyandacomparisonofvarioustypesofenergystoragesystemsavailabletoincreasewindenergypotentialandtoenhancepowersmoothinginawindenergygenerationsystem.
xi
Acknowledgements
Editorswouldliketothankalltheauthorsandthereviewerswithoutwhichthisbookwouldnotbepossible.Theeditorsarealsothankfultotheirrespectiveorganizationsfortheircontinuoussupportandencouragement.
xiii
Contributors
SajalAgarwal
DepartmentofElectronicsEngineeringRajeevGandhiInstituteofPetroleum
Technology
Jias,India
Md.SabirAlam
NIMSInstituteofPharmacy
NIMSUniversity
Jaipur,Rajasthan,India
JamilurRAnsari
FacultyofPhysicalSciences
PDMUniversity
Bahadurgarh,Haryana,India
DeepakBhatia
DepartmentofElectronicsand
CommunicationEngineering
RajasthanTechnicalUniversity
Kota,India
ShilpiBirla
DepartmentofElectronics&
CommunicationEngineering
ManipalUniversityJaipur
Jaipur,Rajasthan,India
SpandanagowdaN.D.
DepartmentofElectricaland
ElectronicsEngineering
Jain(Deemed-to-be-University)
Bengaluru,Karnataka,India
VikramadityaDave
DepartmentofElectricalEngineeringCollegeofTechnologyand
Engineering,Udaipur
Rajasthan,India
GulshanDhamija
UniversitySchoolofBasic&Applied
Sciences
GuruGovindSinghIndraprastha
University
DwarkaSector16C,NewDelhi,India
S.Dwivedi
S.S.JainSubodhP.G.(Autonomous)College
Jaipur,Rajasthan,India
S.A.Gangal
DepartmentofElectronicScience
SavitribaiPhule
PuneUniversity
Pune,Maharashtra,India
ChandraPrakashGupta
DepartmentofElectronics&
CommunicationEngineering
ManipalUniversityJaipur
Jaipur,Rajasthan,India
MeenalGupta
UniversitySchoolofBasic&Applied
Sciences
GuruGovindSinghIndraprastha
University
DwarkaSector16C,NewDelhi,India
xiv
AbhilashaJain
DepartmentofElectronicsand
CommunicationEngineeringMeerutInstituteofEngineeringand
Technology
Meerut,UP,India
AbhinandanJain
DepartmentofElectronicsand
CommunicationEngineering
SwamiKeshvanandInstituteof
Technology
ManagementandGramothan
Jaipur,India
PraveenK.Jain
DepartmentofElectronicsand
CommunicationEngineering
SwamiKeshvanandInstituteof
Technology
ManagementandGramothan
Jaipur,India
M.S.SriJanani
PGDepartmentofMicrobiology
TheAmericanCollege
Madurai,TamilNadu,India
Md.NoushadJaved
QualityAssuranceLabDepartmentofPharmaceuticsSchoolofPharmaceuticalEducation
andResearch
JamiaHamdardUniversity
NewDelhi,India
AditeeJoshi
DepartmentofElectronicScience
SavitribaiPhule
PuneUniversity
Pune,Maharashtra,India
Contributors
AnkurKumar
DepartmentofElectronicsand
CommunicationEngineeringMeerutInstituteofEngineeringand
Technology
Meerut,UP,India
RiteshKumar
UniversitySchoolofBasic&Applied
Sciences
GuruGovindSinghIndraprastha
University
DwarkaSector16C,NewDelhi,India
SujeetKumar
DepartmentofElectricaland
ElectronicsEngineeringJain(Deemed-to-be-University)Bengaluru,Karnataka,India
LalitKumarLata
DepartmentofElectronicsand
CommunicationEngineeringSwamiKeshvanandInstituteof
Technology
ManagementandGramothan
Jaipur,India
NehaMathur
DepartmentofElectronics&
CommunicationEngineering
ManipalUniversityJaipur
Jaipur,Rajasthan,India
KomalMehta
CivilEngineeringDepartmentDr.KiranandPallaviPatelGlobal
University
Vadodara,Gujarat,India
Contributors
R.K.Nagaria
DepartmentofElectronicsand
CommunicationEngineeringMotilalNehruNationalInstituteof
TechnologyAllahabad
Prayagraj,UP,India
G.BoopathiRaja
VelalarCollegeofEngineeringand
Technology
Erode,TamilNadu,India
ManishaRastogi
DepartmentofBiomedicalEngineeringSchoolofBiologicalEngineeringand
Sciences
ShobhitInstituteofEngineeringandTechnology(DeemedtobeUniversity)
Meerut,UP,India
DeepikaSharma
DepartmentofElectronics&
CommunicationEngineering
ManipalUniversityJaipur
Jaipur,Rajasthan,India
ShivaSharma
DepartmentofBiomedicalEngineeringSchoolofBiologicalEngineeringand
Sciences
ShobhitInstituteofEngineeringandTechnology(DeemedtobeUniversity)
Meerut,UP,India
AmitKumarSingh
DepartmentofElectronics&
CommunicationEngineering
ManipalUniversityJaipur
Jaipur,Rajasthan,India
xv
NehaSingh
DepartmentofElectronics&
CommunicationEngineering
ManipalUniversityJaipur
Jaipur,Rajasthan,India
SugandhaSinghal
UniversitySchoolofBasic&Applied
Sciences
GuruGovindSinghIndraprastha
University
DwarkaSector16C,NewDelhi,India
KunalSinha
DepartmentofElectronics
AsutoshCollege
UniversityofCalcutta
Kolkata,WestBengal,India
DimpySood
CollegeofTechnologyand
Engineering
Udaipur,Rajasthan,India
AnanthakumarSoosaimanickam
CrystalGrowthCentre
AnnaUniversity
Chennai,TamilNadu,India
InstituteofMaterialsScience
UniversityofValencia
Spain
MoorthyBabuSridharan
CrystalGrowthCentre
AnnaUniversity
Chennai,TamilNadu,India
SaravananKrishnaSundaram
DepartmentofPhysics
AnnaUniversity
Chennai,TamilNadu,India
xvi
J.ImmanuelSuresh
PGDepartmentofMicrobiology
TheAmericanCollege
Madurai,TamilNadu,India
RiteshTirole
DepartmentofElectricalEngineeringSirPadampatSinghaniaUniversityUdaipur,Rajasthan,India
Contributors
VikrantVarshney
DepartmentofElectronicsand
CommunicationEngineeringMeerutInstituteofEngineeringand
Technology
Meerut,UP,India
xvii
Editors
DrShilpiBirlaisworkingasanAssociateProfessorintheElectronics&CommunicationDepartmentatManipalUniversityJaipur.Shehasteachingandindustrialexperienceofmorethan15years.ShedidherPh.D.inlow-powerVLSIdesign.Herresearchinterestsarelow-powerVLSIdesign,memorycircuits,digitalVLSIcircuits,nanodevicesandimageprocessing.Shehasauthoredmorethan60researchpapersinjournalsofreputeandinternationalconferences.ShehasorganizedseveralworkshopsinHSPICE,TCADandXILINX,summerinternshipsindiodefabricationandFacultyDevelopmentPrograms.Shehasworkedasasessionchair,conferencesteeringcommitteemember,editorialboardmember,andreviewerininternational/nationalIEEEJournalandconferences.ShehasguidedmanyM.TechStudentsandguidingPh.D.students.SheisaseniormemberofIEEE.
DrNehaSinghiscurrentlyworkingasAssistantProfessorintheDepartmentofElectronics&CommunicationEngineering,SchoolofElectrical,Electronics&CommunicationEngineeringatManipalUniversityJaipur,Rajasthan,India.Shehasmorethan17yearsofexperienceinacademics.Herareasofresearchinterestincludeimageprocessing,machinelearning,VLSIdesignandnanodevices.Shehasseveralpapersandbookchapterspublishedinjournalsandconferencesofrepute.Shehasservedasreviewerinvariousinternationalandpeer-reviewedjournalsandconferences.ShehasalsoworkedasConvener,SessionChairandorganizerofvariousinternationalconferences,summerinternshipsinDiodeFabricationandFacultyDevelopmentPrograms.ShehasguidedseveralM.TechDissertationsandB.Techprojects.
DrNeerajKumarShuklaiscurrentlyworkingasanAssociateProfessorintheDepartmentofElectricalEngineeringatKingKhalidUniversity,Abha,KingdomofSaudiArabia.Hehasacademic,research,andindustryexperienceofmorethan20years.HedidhisPh.D.inLowPowerVLSIDesign.Hehasauthoredmorethan110researchpublicationsinjournalsofreputeandinternationalconferences.Apartfromthis,hehas2patentsand1Ph.D.completedunderhim.Heguided20M.TechDissertations,50B.TechProjectsandconducted50short-termskillsdevelopmenttrainingprogramsanddelivered30expertlectures.Heisreviewerinseveralinternationalconferencesandjournals.Hisresearchareasarelow-powerVLSIdesign,digitaldesignandmachinelearning.
DOI:
10.1201/9781003220350-1
1
1
AnOverviewofCurrent
TrendsinHafnium
Oxide–BasedResistive
MemoryDevices
LalitKumarLata,PraveenKumarJain,andAbhinandanJain
DepartmentofElectronics&CommunicationEngineering,SwamiKeshvanandInstituteofTechnology,Management&Gramothan,Jaipur,India
DeepakBhatia
DepartmentofElectronics&CommunicationEngineering,RajasthanTechnicalUniversity,Kota,India
1.1INTRODUCTION
Memoryisacorecomponentofanycomputingdevicebecauseitstoresdataandprograms.ThemainmemoryofthecomputingdevicedirectlycommunicateswiththeCPU.Itholdstheprogramanddatacurrentlyrequiredbytheprocessorofthecomputer.Memorydevicesusedforstorageandbackuparecalledaux-iliarymemory,andtheycontainlargefilesanddata.Magneticdisksandtapesareexamplesofauxiliarymemory.Auxiliarymemorystoresalltheotherin-formation,andthisinformationistransferredtothecomputer’smainmemorywhenneeded.Mainmemoryisthecentralstageinacomputersystem,anditstoresdataandprogramsduringtheoperationofacomputer.Theprincipaloperationusedinmainmemoryisasemiconductorintegratedcircuit.RAMisanexampleofmainmemory.
RAMwasinitiallyusedforrandomaccessmemorybutisnowusedtodes-ignateread/writememory.Itmaybevolatileornonvolatile.Involatilememory,allthedataaredestroyedwhenthepowersupplyisremoved,whereasinnon-volatilememory,thereisnolossofdata,evenifthepowersupplyisswitchedoff.RAMhastwotypes:SRAM(staticRAM)andDRAM(dynamicRAM).Thesememorydeviceshavetheirbenefitsanddrawbacks.Forexample,thecapacityanddensityofDRAMarehigh,butthismemoryisvolatile,andpowercon-sumptionishighbecauseitneedstoberefreshedeverysecond.SRAMisfastbutvolatile,andlargememorycellsreduceitscapacity.ComparedtoRAM,flash
2Nanotechnology
memoryisincrediblywell-liked,featuresaveryhighcapacity,andisnon-volatile;however,itisrelativelyslow.Sincenoexistingmemorymeetsallcri-teria,developmentisneededtocontinuouslysearchfornewtechnologies.Theperfectmemoryshouldhavehighcapability,provideaspeedyresponse,havelongretentiontime,uselowpowerconsumption,benonvolatileandhavehigherscalingthanexistingtechnology[
1
–
5
].
RRAMhasseveralbenefitsoverothernonvolatilememories,i.e.simplefabri-cation,wonderfulscalability,structuralsimplicity,highdensityofintegration,rapidswitchoverandbettercompatibilitywithcomplementarymetal-oxidesemi-conductor(CMOS)technology[
6
–
24
].
Tables1.1
and
1.2
demonstratehowRRAMcomparestotheothermemorydevicesonthemarket.
1.1.1BASICWORKINGPRINCIPLEOFRRAM
Figure1.1
depictsthebasicstructureofaresistivememorycell.
AsetvoltageshouldbeusedtomovethememorycellofanRRAMdevicefromHRS(highresistancestate)toLRS(lowresistancestate).HRSisrepresentedbyLogic0(OFFstate),andLRSisrepresentedbylogic1(ONstate).Themechanismbywhich
TABLE1.1
ComparisonofVariousMemory
Devices[
25
]
Function
RRAM
WorkingMemory
SRAM
DRAM
Non-Volatility
Yes
No
No
ProgramVoltage
Low
Low
Low
ReadingTime(ns)
20
8
50
Writing/ErasingTime(ns)
0.3–30
1–8
8–50
Multi-BitStorage
Yes
No
No
Endurance
∞
∞
10^12
TABLE1.2
ComparisonofVarious
RecentNonvolatile
Memory
Devices[
26
]
Function
RRAM
FRAM
PCRAM
MRAM
Nonvolatile
Yes
Yes
Yes
Yes
WriteTime(ns)
<5
20
50
<100
ReadTime(ns)
<10
20
<60
<20
EraseTime(ns)
<5
20
120
<100
Endurance
1E12
1E14
1E15
>3E16
WriteOperationVoltage(V)
3
0.6
3
1.8
HafniumOxide–BasedMemoryDevices3
FIGURE1.1SchematicofRRAMstructure
FIGURE1.2Graphicrepresentationcurrent-voltagecurvesfortheunipolarmodeofoperation.
resistiveactionisknownaselectroforming.Fortheformingprocessofafreshsample,avoltagegreaterthanthesetvoltageisnecessary.TheelectricalpolarityofSETandRESETisthefoundationoftwomodesofresistiveswitchingaction[
27
].
TherearetwokindsofoperationsofresistiveswitchingbehaviorbasedontheelectricalpolarityofSETandRESETp
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