FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W198146522> ?p ?o ?g. }

• W198146522 abstract "Double negative (DNG) metamaterials, which have both negative permittivity and negative permeability, have attracted intensive interest in the last few years for their exotic properties, such as negative refraction, reversed Doppler effect, reversed Vavilov-Cerenkov effect, and the possibility of making perfect lens. Theoretical investigations and practical experiments are being well undergone by many research groups over the world. Applications are found in RF circuit design, antenna size reduction, resonance devices, etc. As one of the most important building blocks, transmission lines have intensive applications in RF and microwave engineering, such as couplers, phase shifters, filters, and leaky wave antennas. By replacing the conventional dielectric materials with DNG medium, we found numerous interesting properties. The complete mode spectrum and dispersive behavior of DNG medium are different from their DPS counterparts. Complex surface modes are found to be existing in a grounded DNGmedium slab. When applying DNGmedium to dipole radiation, both horizontal electric dipole (HED) and horizontal magnetic dipole (HMD) exhibits greatly enhanced radiation pattern due to the slow attenuation of the complex modes on the interface. Microstrip line with DNG is also investigated. It has large attenuation in low frequency band which implies that it is a good candidate for leaky antenna. At higher frequency, the attenuation drops to zero and the propagation constant bifurcates. The method of moment is one of the most successful and efficient approaches in solving integral equations. However, the internal resonance problem of integral equations has plagued solutions of integral equations. A well known example is the internal resonance existing in both electric field integral equation (EFIE) and magnetic field integral equation (MFIE) for PEC scatterers or penetrable scatterers. xviii In the second part of my presentation, we will introduce the concept of original resonance and model resonance, followed by numerical matrix resonance and right-hand-side (RHS) resonance. We will thoroughly study their subtle differences and give numerical examples. The errors in electric current and scattered field near the resonances are studied for both EFIE and MFIE in solving for scattering solution from a 2D circular cylinder." @default.
• W198146522 created "2016-06-24" @default.
• W198146522 creator A5002284155 @default.
• W198146522 date "2018-08-13" @default.
• W198146522 modified "2023-09-27" @default.
• W198146522 title "Electromagnetic waves in double negative metamaterials and study on numerical resonances in the method of moments (MoM)" @default.
• W198146522 cites W1515302430 @default.
• W198146522 cites W1520664314 @default.
• W198146522 cites W1524573041 @default.
• W198146522 cites W1679399840 @default.
• W198146522 cites W1834796256 @default.
• W198146522 cites W1983304751 @default.
• W198146522 cites W1984418988 @default.
• W198146522 cites W1989830836 @default.
• W198146522 cites W1990245077 @default.
• W198146522 cites W1990430468 @default.
• W198146522 cites W1997588955 @default.
• W198146522 cites W2003104867 @default.
• W198146522 cites W2004791619 @default.
• W198146522 cites W2004860143 @default.
• W198146522 cites W2010872619 @default.
• W198146522 cites W2015408750 @default.
• W198146522 cites W2019275327 @default.
• W198146522 cites W2020024817 @default.
• W198146522 cites W2026076050 @default.
• W198146522 cites W2027652501 @default.
• W198146522 cites W2028985091 @default.
• W198146522 cites W2049165008 @default.
• W198146522 cites W2049543048 @default.
• W198146522 cites W2049910587 @default.
• W198146522 cites W2058594511 @default.
• W198146522 cites W2063292501 @default.
• W198146522 cites W2064240847 @default.
• W198146522 cites W2064249584 @default.
• W198146522 cites W2064847907 @default.
• W198146522 cites W2065847285 @default.
• W198146522 cites W2070291256 @default.
• W198146522 cites W2074151859 @default.
• W198146522 cites W2074912743 @default.
• W198146522 cites W2076450467 @default.
• W198146522 cites W2098978232 @default.
• W198146522 cites W2106251010 @default.
• W198146522 cites W2106758854 @default.
• W198146522 cites W2111252429 @default.
• W198146522 cites W2116803688 @default.
• W198146522 cites W2117305317 @default.
• W198146522 cites W2120062331 @default.
• W198146522 cites W2122765624 @default.
• W198146522 cites W2126493032 @default.
• W198146522 cites W2126655610 @default.
• W198146522 cites W2129625243 @default.
• W198146522 cites W2135915202 @default.
• W198146522 cites W2138986457 @default.
• W198146522 cites W2143685935 @default.
• W198146522 cites W2144781999 @default.
• W198146522 cites W2148020016 @default.
• W198146522 cites W2148758016 @default.
• W198146522 cites W2152182905 @default.
• W198146522 cites W2155602203 @default.
• W198146522 cites W2157505099 @default.
• W198146522 cites W2158141563 @default.
• W198146522 cites W2159176697 @default.
• W198146522 cites W2160769125 @default.
• W198146522 cites W2170834518 @default.
• W198146522 cites W2172085898 @default.
• W198146522 cites W2186084323 @default.
• W198146522 cites W2466304148 @default.
• W198146522 cites W2481071817 @default.
• W198146522 cites W3035315303 @default.
• W198146522 cites W3216749699 @default.
• W198146522 doi "https://doi.org/10.31274/rtd-180813-17076" @default.
• W198146522 hasPublicationYear "2018" @default.
• W198146522 type Work @default.
• W198146522 sameAs 198146522 @default.
• W198146522 citedByCount "5" @default.
• W198146522 countsByYear W1981465222013 @default.
• W198146522 countsByYear W1981465222018 @default.
• W198146522 crossrefType "dissertation" @default.
• W198146522 hasAuthorship W198146522A5002284155 @default.
• W198146522 hasBestOaLocation W1981465221 @default.
• W198146522 hasConcept C105795698 @default.
• W198146522 hasConcept C110367647 @default.
• W198146522 hasConcept C120665830 @default.
• W198146522 hasConcept C121332964 @default.
• W198146522 hasConcept C185429906 @default.
• W198146522 hasConcept C2780033567 @default.
• W198146522 hasConcept C33923547 @default.
• W198146522 hasConceptScore W198146522C105795698 @default.
• W198146522 hasConceptScore W198146522C110367647 @default.
• W198146522 hasConceptScore W198146522C120665830 @default.
• W198146522 hasConceptScore W198146522C121332964 @default.
• W198146522 hasConceptScore W198146522C185429906 @default.
• W198146522 hasConceptScore W198146522C2780033567 @default.
• W198146522 hasConceptScore W198146522C33923547 @default.
• W198146522 hasLocation W1981465221 @default.
• W198146522 hasLocation W1981465222 @default.
• W198146522 hasOpenAccess W198146522 @default.
• W198146522 hasPrimaryLocation W1981465221 @default.
• W198146522 hasRelatedWork W1970234156 @default.
• W198146522 hasRelatedWork W2050652818 @default.

• next