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Benjamin Swerdlow
Position
PhD Candidate
Company
University of Michigan
Location
Ann Arbor MI UNITED STATES
Networks
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Bio

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Meeting Program
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BM03.09.08 : A Coarse-Grained Molecular Dynamics Model of Single-Stranded DNA-Functionalized, Shaped Nanoparticles

4:15 PM–4:30 PM Nov 29, 2018 (US - Eastern)

Sheraton, 2nd Floor, Back Bay B

Benjamin SwerdlowPhD Candidate atUniversity of Michigan
Keywords
Composition & Microstructure - Bulk TechniquesX-Ray Diffraction (Xrd)
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Composition & Microstructure - Chemical ElementAu
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Composition & Microstructure - Chemical ElementFe
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Composition & Microstructure - Chemical ElementPb
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Composition & Microstructure - Chemical ElementSe
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Composition & Microstructure - FeaturesCrystallographic Structure
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Composition & Microstructure - FeaturesMicrostructure
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Composition & Microstructure - Material TypeNanoscale
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Non-technical - EducationOutreach
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Non-technical - Government InteractionsGovernment Policy And Funding
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Performance - FunctionalityDielectric
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Performance - FunctionalityElectronic Material
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Performance - FunctionalityEnergy Generation
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Performance - FunctionalityEnergy Storage
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Performance - FunctionalityFerroelectric
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Performance - FunctionalityFerromagnetic
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Performance - FunctionalityOptical
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Performance - FunctionalityOptoelectronic
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Performance - FunctionalityPhotovoltaic
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Performance - FunctionalityStructural
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Performance - FunctionalitySustainability
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Performance - Material FormColloid
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Performance - Material FormLiquid Crystal
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Performance - Material FormNanostructure
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Performance - Material FormPolycrystal
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Performance - TheorySimulation
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Properties - ChemicalSurface Chemistry
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Properties - MagneticMagnetic Properties
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Properties - MechanicalElastic Properties
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Properties - MechanicalViscoelasticity
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Properties - RadiationOptical Properties
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Properties - TransportPhotoconductivity
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Synthesis & Processing - AssemblyBiomimetic (Assembly)
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Synthesis & Processing - AssemblyCluster Assembly
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Synthesis & Processing - AssemblySelf-Assembly
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Synthesis & Processing - GrowthCrystal Growth
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Synthesis & Processing - GrowthNucleation & Growth
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Synthesis & Processing - TransformationPhase Equilibria
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Synthesis & Processing - TransformationPhase Transformation