Table Of ContentNATO Science for Peace and Security Series - B:
Physics and Biophysics
Fundamental and Applied
Nano-Electromagnetics II
THz Circuits, Materials, Devices
Edited by
Antonio Maffucci
Sergey A. Maksimenko
AB 3
Fundamental and Applied
Nano-Electromagnetics II
NATO Science for Peace and Security Series
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SeriesB:PhysicsandBiophysics
Fundamental and Applied
Nano-Electromagnetics II
THz Circuits, Materials, Devices
editedby
Antonio Maffucci
DepartmentofElectricalandInformationEngineering
UniversityofCassinoandSouthernLazio,Cassino,Italy
and
Sergey A. Maksimenko
InstituteforNuclearProblems
BelarusianStateUniversity,Minsk,Belarus
123
PublishedinCooperationwithNATOEmergingSecurityChallengesDivision
ProceedingsoftheNATOAdvancedResearchWorkshoponFundamental
andAppliedNanoElectroMagneticsII:THzCircuits,Materials,
DevicesMinsk,Belarus
5–7June2018
ISBN978-94-024-1689-3 (PB)
ISBN978-94-024-1689-3 (HB)
ISBN978-94-024-1687-9 (e-book)
https://doi.org/10.1007/978-94-024-1687-9
PublishedbySpringer,
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Preface
The increasingly intensive penetration of nanotechnologies has led to the birth of
the “nanoelectromagnetics,” a novel applied science that studies the interaction
of electromagnetic radiation with quantum mechanical low-dimensional systems.
The growing interest to nanoelectromagnetics is due to the impressive progress
of nanotechnology in the last decades, which nowadays allows us to employ in
electronicandphotonicdevices’novelnanoscalematerialssuchasnanostructured
carbon,noblemetalnanowires,semiconductorheterostructures,quantumdots,and
organicmacromolecules.
The route from theoretical principles to technology applications requires inter-
disciplinary know-how and expertise in the fields of fundamental and applied
electromagnetics,chemistryandtechnologyofnanostructuresandnanocomposites,
andphysicsofnanostructuredsystems.Indeed,theworkshopon“Fundamentaland
AppliedNanoelectromagnetics”heldinMinsk,Belarus,from5to7June2018,had
themainscopetoofferameetingopportunitytotheinterdisciplinarycommunityof
researchesthatisnowadaysinvolvedinnanoelectromagnetics.
The workshop was jointly organized by the Department of Electrical and
InformationEngineeringoftheUniversityofCassinoandSouthernLazio,Cassino,
Italy, and by the Institute for Nuclear Problems of Belarusian State University,
Minsk,Belarus,thankstothefundamentalsupportfromNATOScienceCommittee,
whichawardedtheworkshopwithagrant,undertheNATOScienceforPeaceand
SecurityProgram.
Thisbookistheresultoftheaboveworkshopthatspecificallyaddressedtopics
related to the Terahertz technology. The reader will find here a comprehensive
overview on the synthesis of different nanostructured materials, study of their
electrical and optical properties, use of nano-sized elements and nanostructures as
building blocks of devices, and design and fabrication of nanotechnology devices
operatingintheTHz,IR,andopticalrange.
The book introduces the reader to materials like nanocomposites, graphene
nanoplatelets, carbon nanotubes, metal nanotubes, and silicon nanostructures; to
v
vi Preface
devices like photonic crystals, microcavities, antennas, and interconnects; and to
applicationslikesensingandimaging,withspecialemphasisontheTHzfrequency
range.
Wearegladtoacknowledgealltheauthorsfortheirhigh-levelcontributions.
Cassino,Italy AntonioMaffucci
Minsk,Belarus SergeyA.Maksimenko
Contents
1 ElectromagneticResponseofCarbonNanotube-BasedComposites . 1
MikhailV.Shuba
2 Electrophysical Properties of Sr2FeMoO6–δ Ceramics
withDielectricShells....................................................... 21
Nikolay Kalanda, Marta Yarmolich, Sergey Demyanov,
AlexanderPetrov,VasilM.Garamus,HermanTerryn,JonUstarroz,
andNikolaiA.Sobolev
3 PeculiaritiesofFormationandCharacterizationofSiO /Si
2
Ion-TrackTemplate ........................................................ 41
Egor Kaniukov, Victoria Bundyukova, Maksim Kutuzau,
andDzmitryYakimchuk
4 OpticalandElectricalPropertiesofFerricChlorideDoped
Graphene.................................................................... 59
MarianBaahandTommiKaplas
5 Self-Organization of Plasmonic Nanostructures in Pores
ofSilicaTemplateforSERS............................................... 75
Dzmitry Yakimchuk, Egor Kaniukov, Victoria Bundyukova,
SergeyDemyanov,andVladimirSivakov
6 PolymerNanocompositeswithHybridFillersasMaterials
with Controllable Electrodynamic Characteristics for
MicrowaveDevices ......................................................... 91
LudmilaY.Matzui,OlenaS.Yakovenko,LudmilaL.Vovchenko,
OlegV.Lozitsky,ViktorV.Oliynyk,andVolodymyrV.Zagorodnii
7 Evolution of Structural and Magnetic Characteristics
ofTemplateSynthesizedNickelNanotubes.............................. 113
Artem Kozlovskiy, Maxim Zdorovets, Daryn Borgekov,
Milana Ibragimova, Ilya Korolkov, Alena Shumskaya,
MaksimKutuzau,andEgorKaniukov
vii
viii Contents
8 First- and Second Order Light Scattering Processes
inBiologicalPhotonicNanostructures................................... 135
Géza I. Márk, Krisztián Kertész, Gábor Piszter, Zsolt Bálint,
andLászlóP.Biró
9 ProspectsforTerahertzImagingtheHumanSkinCancerwith
theHelpofGold-Nanoparticles-BasedTerahertz-to-Infrared
Converter.................................................................... 151
A.V.Postnikov,K.A.Moldosanov,N.J.Kairyev,andV.M.Lelevkin
10 Carbon-BasedTerahertzResonantAntennas........................... 175
AntonioMaffucciandSergeyA.Maksimenko
11 TerahertzApplicationsofNon-Simply-ConnectedandHelical
Nanostructures.............................................................. 201
Thomas P. Collier, Vasil A. Saroka, Charles A. Downing,
ArsenyM.Alexeev,RichardR.Hartmann,andMikhailE.Portnoi
Chapter 1
Electromagnetic Response of Carbon
Nanotube-Based Composites
MikhailV.Shuba
Abstract We analyze electromagnetic parameters of carbon nanotube (CNT)
based composite. The simple theory for low-content composites comprising non-
interacting CNTs can provide the main physical mechanisms determining their
electromagneticresponse.Frequencyandconcentrationdependenciesoftheeffec-
tive conductivity of the composites in the microwave and terahertz ranges are
discussed.
Keywords Carbonnanotubes · Composite · Microwave · Terahertz · Effective
conductivity
1.1 Introduction
Single-walled carbon nanotube (SWCNT) can be considered as graphene sheet
rolleduptoformaseamlesscylinder[1,2].Dependingonthedirectionofrolling,
it can be metallic or semiconducting. SWCNT is characterized by chiral indexes
(n,m)andithasatypicalradiusof0.8–2nmandlength102–106 nm.Multiwalled
carbon nanotube (MWCNT) comprises concentric shells ((cid:2)or tubes). Due to the
periodical boundary condition for electron wave function in the circumference
direction, electrons move along the tube axis with permanent angular momentum
demonstrating 1D electron transport [3–5]. The variation of the electron angular
momentum is forbidden by the selection rules resulting in the excitation of only
axially-symmetricalcurrentdensityincarbonnanotube(CNT).
In this report we shall consider a frequency range below interband electron
transitions, i.e. below 10 THz. In this range, as shown from quantum-mechanical
consideration [3, 4], the axial surface electrical conductivity σ of the metallic
cn
SWCNTofsmalldiameter(<2nm)followsDrudelaw
M.V.Shuba((cid:2))
InstituteforNuclearProblem,BelarusianStateUniversity,Minsk,Belarus
e-mail:[email protected]
©SpringerNatureB.V.2019 1
A.Maffucci,S.A.Maksimenko(eds.),FundamentalandApplied
Nano-ElectromagneticsII,NATOScienceforPeaceandSecuritySeries
B:PhysicsandBiophysics,https://doi.org/10.1007/978-94-024-1687-9_1
