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Volumn 44, Issue 19, 2009, Pages 5364-5374
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Compositionally graded ferroelectric multilayers for frequency agile tunable devices
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Author keywords
[No Author keywords available]
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Indexed keywords
BARIUM STRONTIUM TITANATE;
DIELECTRIC PERMITTIVITIES;
DIELECTRIC RESPONSE;
DIELECTRIC TUNABILITY;
DISSIPATION FACTORS;
ELECTRICAL MEASUREMENT;
FERROELECTRIC LAYERS;
FERROELECTRIC MULTILAYER;
FREQUENCY AGILE;
HETEROSTRUCTURES;
INTERLAYER INTERACTIONS;
LOSS CHARACTERISTICS;
LOW DIELECTRIC LOSS;
MATERIALS SYSTEMS;
METALLO-ORGANIC;
MICROWAVE REGIME;
MULTI-LAYERED FILMS;
MULTILAYER HETEROSTRUCTURES;
NOMINAL THICKNESS;
NON-LINEAR;
OPERATIONAL BANDWIDTH;
OPTIMUM CONDITIONS;
ROOM TEMPERATURE;
SI SUBSTRATES;
SMALL SIGNAL;
TEMPERATURE INTERVALS;
TEMPERATURE-INSENSITIVE;
THEORETICAL STUDY;
THERMAL EXPANSION COEFFICIENTS;
THERMAL STRAIN;
THERMODYNAMIC MODEL;
TIO;
TUNABILITIES;
TUNABLE DEVICE;
TUNABLE DIELECTRIC MATERIALS;
VOLTAGE-CONTROLLED;
BARIUM;
BARIUM TITANATE;
CERAMIC CAPACITORS;
DIELECTRIC DEVICES;
DIELECTRIC LOSSES;
DOPING (ADDITIVES);
ELECTRIC POTENTIAL;
FERROELECTRIC MATERIALS;
FERROELECTRICITY;
HETEROJUNCTIONS;
MICROWAVES;
PERMITTIVITY;
PLATINUM;
RANGE FINDING;
STRONTIUM;
STRONTIUM COMPOUNDS;
SUBSTRATES;
THERMAL EXPANSION;
THERMAL STRESS;
MULTILAYERS;
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EID: 68949172543
PISSN: 00222461
EISSN: 15734803
Source Type: Journal
DOI: 10.1007/s10853-009-3514-8 Document Type: Article |
Times cited : (25)
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References (54)
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