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Frederick Pearsall
Position
Graduate Researcher
Company
City College of New York
Location
New York NY UNITED STATES
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Bio

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Meeting Program
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ET07.02.07 : Monomer Derived Poly(Furfuryl)/BaTiO3 0−3 Nanocomposite Capacitors—Maximization of the Effective Permittivity Through Control at the Interface

4:00 PM–4:15 PM Nov 26, 2018 (US - Eastern)

Hynes, Level 3, Room 312

Frederick PearsallGraduate Researcher atCity College of New York
Keywords
Composition & Microstructure - Bulk TechniquesX-Ray Diffraction (Xrd)
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Composition & Microstructure - Chemical ElementAl
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Composition & Microstructure - Chemical ElementBa
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Composition & Microstructure - Chemical ElementEu
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Composition & Microstructure - Chemical ElementFe
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Composition & Microstructure - Chemical ElementHf
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Composition & Microstructure - Chemical ElementLi
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Composition & Microstructure - Chemical ElementMg
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Composition & Microstructure - Chemical ElementMn
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Composition & Microstructure - Chemical ElementTi
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Composition & Microstructure - FeaturesCrystallographic Structure
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Composition & Microstructure - Material TypeCeramic
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Composition & Microstructure - Material TypeComposite
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Composition & Microstructure - Material TypeCrystalline
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Composition & Microstructure - Material TypeFossil Fuel
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Composition & Microstructure - Material TypeIntercalated
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Composition & Microstructure - Material TypeOxide
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Composition & Microstructure - Surface TechniquesScanning Electron Microscopy (Sem)
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Composition & Microstructure - Surface TechniquesX-Ray Photoelectron Spectroscopy (Xps)
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Performance - FunctionalityDielectric
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Performance - FunctionalityFerroelectric
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Performance - FunctionalityFerromagnetic
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Performance - FunctionalityLubricant
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Performance - FunctionalityMagnetic
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Performance - FunctionalityMemory
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Performance - FunctionalityMicroelectronics
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Performance - FunctionalityOptoelectronic
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Performance - FunctionalityPhotovoltaic
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Performance - FunctionalityPiezoelectric
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Performance - FunctionalitySustainability
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Performance - Material FormCrystal