| Description |
1 online resource (xii, 272 pages) : illustrations |
| Contents |
Session F1. Opening session. F1.1. Microwave properties of composite and inhomogeneous structures / A.N. Lagarkov [and others]. F1.2. An introduction to the phase-switched screen / B. Chambers and A. Tennant -- Session F2. Dielectric composites. F2.1. On electrodynamics of one-dimensional random / A.P. Vinogradov [and others]. F2.2. A study on the dependence resonance frequesncy on the thickness of anisotropic composites with long conductive fibers / L. Liu [and others]. F2.3. Self-adaptive materials with external support system / L.R. Amaut. F2.4. Effective parameters of fiber composite materials / X. Xu [and others]. F2.5. Second-rank tensors for quasi-1D periodical electromagnetic structures described by magnetic line groups / V. Dmitriev. F2.6. Impedance spectroscopy of composite materials / R.A. Gerhardt. F2.7. Effective wave number of composite materials with randomly distributed inclusions / A.Y. Qing, X. Xu and Y.B. Gan -- Session F3. Nano composites. F3.1. Optical properties of engineered metal-dielectric nano-composite materials / K. Lewis and R. Bennett. F3.2. Nano-scale technologies as tools for transformation of traditional material in functional and smart materials / I.T. lakubov [and others]. F3.3. Microwave properties of nano-structured powders perpared by mechanical alloying / L.Z. Wu [and others]. F3.4. Microwave characterization and modeling of single-walled carbon nanotube composites / J.H. Wu, L.B. Kong and K.M. Hock. F3.5. Highly coercive Sm(CoFe[symbol][Cu-Ni] [symbol]Zr[symbol]B[symbol])[symbol] nanocomposite melt-spun magnetic alloys for high temperature applications / S.S. Makridis [and others] -- Session F4. Magnetic composites. F4.1. Contemporary magnetic materials and magnetism: research and applications / G.D. Li. F4.2. Magnetic characteristics of BaCo[symbol]Zn[symbol]Fe[symbol]O[symbol] composites at microwave frequencies / Z.W. Li [and others]. F4.3. Development of loss-less high frequency Ni-Zn ferrities / B.P. Rao [and others]. F4.4. Interpretation of microstructure dependent magnetic properties of cobalt substituted lithium ferrites / S.C. Watawe, U.A. Bamne and B.D. Sarwade. F4.5. Transport and magnetic properties of SrTi[symbol]Zn[symbol]Fe[symbol]O[symbol] hexaferrite / M.Y. Salunkhe [and others]. F4.6. A new method to characterize the soft magnetic material / O. Caltun. F4.7. Effects on electronic and magnetic properties of intermixing at Cr/Cu interface / S.K. Byung and K.O. Suhk |
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Session F6. Metamaterials (1). F6.1. Electrodynamics of material with negative index of refraction / V.G. Veselago. F6.2. Resolution enhancement of a left-handed material superlens / C.K. Ong and X.S. Rao. F6.3. The perfect lens: possible alternative realizations / S.I. Maslovski and S.A. Tretyakov. F6.4. Strong spatial dispersion in wire media in the very large wavelength limit / P.A. Belov [and others] -- Session F7. Metamaterials (2). F7.1. Theoretical, numerical, and experimental studies of metamaterials with a negative refractive index / J.A. Kong [and others]. F7.2. A study into the possibility of field focusing using "left-handed" materials / V.N. Kissel and A.N. Lagarkov. F7.3. Computational study of electromagnetic wave functional materials / C.T. Chan [and others]. F7.4. Experimental demonstration of the dependency of the negative optical index of of a left-handed material versus the incidence angle / A. Djermoun [and others]. F7.5. Numerical and experimental investigation of the superresolution in a focusing system based on a plate of "left-handed" material / A.N. Lagarkov and V.N. Kissel -- Session F9. Periodic structures. F9.1. On absorbers / B.A. Munk, J.B. Pryor and Y.B. Gan. F9.2. The electromagnetic response of two-dimensional gratings of dielectric and magnetic fibers: infinite and finite cases / H. Roussel and W. Tabbara. F9.3. Fabrication of periodically structured thin films with electromagnetic band gaps / M.O. Jensen and M.J. Brett. F9.4. Laser rapid prototyping of 3-D alumina photonic bandgap structures: application to the design of directive antennas / T. Jaffré [and others]. F9.5. Comparative study of ferrite and garnet material for design of tunable microstrip patch antenna for high frequency applications / N. Kumar, T. Fukusako and N. Mita -- Session F10. Applications. F10.1. Microcoil, carbon nanotubes, fiber composites, FSS and coating for electromagnetic absorption and shielding / V.K. Varadan. F10.2. Effect of temperature on LiZnTi polycrystalline ferrite base microstrip tunable ring resonator / G.S. Tyagi [and others]. F10.3. Design of interdigitial transducers for non-destructive evaluation in plates / J. Jin, S.T. Quek and Q. Wang. F10.4. Assessing the performance of ferrite filter deploying spread spectrum modulation / S.B. Deosarkar, T.R. Sontakke and A.B. Nandgaonkar. F10.5. Magnetocontrolled elastic composite preparation and characteristics / G.V. Stepanov [and others]. F10.6. Experimental investigation on piezoelectric actuated beams / V.K. Gupta, P. Seshu and K.K. Issac. F10.7. Magnetic polymers / Sh. Tuichiev, V. Rashidov and A. Esfidary |
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Session F13. HTS and thin films (1). F13.1. Ferroelectric and ferromagnetic glass ceramics for microwave application (Abstract) / X. Yao. F13.2. Improvement of dielectric properties of Ba[symbol]Sr[symbol]TiO[symbol] thin flims / K.B. Chong [and others]. F13.3. Temperature dependence of relative permittivity and loss tangent of novel transparent substrate material at microwave frequencies / J. Mazierska, M.V. Jacob and T.F. Au Yeung. F13.4. Deposition and characterization of BaZr[symbol]Ti[symbol][symbol]O[symbol] ferroelectric thin films for microwave tunable applications / L.B. Kong [and others]. F13.5. Microwave properties of yttrium vanadate crystals at cryogenic temperatures / M.V. Jacob [and others] -- Session F14. HTS and thin films (2). F14.1. Superconductor (YB[symbol]Cu[symbol]O[symbol]) and ferromagnetic (La[symbol]Ca[symbol]MnO[symbol]) heterrojunctions: role of epitaxy-scheme / S. Khatua [and others]. F14.2. Optical properties of vacuum evaporated amorphous CdTe thin films / R. Sathyamoorthy [and others]. F14.3. Structural, optical and electrical properties of zinc phthalocyanine (ZnPc) thin films / S. Senthilarasu [and others]. F14.4. Fe-nitride thin films deposited using Filtered Cathodic Vacuum Arc technique / W.H. Zhong [and others]. F14.5. Electromagnetic properties of YBCO ceramics / S.H. Lee. F14.6. Hyper-Rayleigh scattering characterizations of lithium ions movement in Li[symbol]B[symbol]O[symbol] crystals / A.V. Vdovin, V.N. Moiseyenko and Ya. V. Burak. F14.7. Circular flow of MR fluids between two cylinders / J. Huang [and others]. F14.8. Relation between dielectric relaxation time and viscosity of heavy oils / J.-H. Park [and others] |
| Summary |
Electromagnetic materials have both civilian and defence applications, such as novel antenna designs and protection against high power transients in densely packed printed circuits. For certain applications, the materials may be required to have special frequency response or polarization response to meet the component or system specifications. An in-depth understanding of the responses of materials to electromagnetic waves may even enable us to design and fabricate materials with properties not found in nature. This book constitutes the proceedings of the Symposium on Electromagnetic Materials, which provided a forum for scientists and engineers to report the latest research findings, to exchange ideas and information, and to establish research links |
| Notes |
"International Conference on Materials for Advanced Technologies (ICMAT) is a biannual conference jointly launched by the National University of Singapore and the Materials Research Society (Singapore) in 2001 ... The current ICMAT 2003 is the second in the series ..."--Foreword |
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At head of cover title: ICMAT 2003, International Conference on Materials for Advanced Technologies, IUMRS - ICA 2003, International Union of Materials Research Societies - International Conference in Asia |
| Bibliography |
Includes bibliographical references and index |
| Notes |
English |
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Print version record |
| Subject |
Materials -- Magnetic properties -- Congresses
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Materials -- Electric properties -- Congresses
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Materials -- Technological innovations -- Congresses
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Materials -- Research -- Congresses
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SCIENCE -- Nanoscience.
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Materials -- Electric properties
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Materials -- Magnetic properties
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Materials -- Research
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Materials -- Technological innovations
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| Genre/Form |
Conference papers and proceedings
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| Form |
Electronic book
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| Author |
Lim, Hock
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National University of Singapore.
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Materials Research Society (Singapore)
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| ISBN |
9789812704344 |
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9812704345 |
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1281906093 |
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9781281906090 |
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9786611906092 |
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6611906096 |
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