MPL Non Cubic Fabrication
Abstract not provided.
Publications
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Jump to search filtersSolutionbased nanoengineering of multifunctional coatings through selfassembly techniques
Abstract not provided.
Pyrolyzed Carbon Fabrication Seminar
Abstract not provided.
MPL Cubic Fabrication Seminar
Abstract not provided.
Fabrication of 3D Structured Materials
Abstract not provided.
Interferometrically Defined Interferometrically Defined 3D Carbon
Abstract not provided.
Realization of Tellurium-based all Dielectric Optical Metamaterials using a Multi-cycle Deposition-etch Process
Abstract not provided.
Realization of tellurium-based all dielectric optical metamaterials using a multi-cycle deposition-etch process
Applied Physics Letters
Abstract not provided.
Realization of Tellurium-based all dielectric optical metamaterials using a multi-cycle deposition-etch process
2013 Conference on Lasers and Electro-Optics, CLEO 2013
Tellurium dielectric resonator metamaterials were fabricated using a newly developed multi-cycle deposition-etch process. Deposition and etching of Tellurium were studied in detail. All the samples showed two transmission minima corresponding to magnetic and electric dipole resonances. © 2013 The Optical Society.
Integration of block-copolymer with nano-imprint lithography : pushing the boundaries of emerging nano-patterning technology
Abstract not provided.
3D Pyrolyzed Carbon
Abstract not provided.
3-Dimensional Plasmonic and Metamaterial Structures
Abstract not provided.
Integration of Block-Copolymer with Nano-Imprint Lithography: Pushing the Boundaries of Emerging Nano-Patterning Technology
Abstract not provided.
Selective Growth of CdTe on Patterned CdS Substrates for High Efficiency CdTe Solar Cells
Abstract not provided.
Rapid thermal pyrolysis of interferometrically patterned resist
Carbon
In recent years pyrolysis of interferometrically-patterned photoresists has produced three-dimensionally nanopatterned, electrically conductive carbon films with applications from energy storage to biological sensing. We investigate here conditions for rapid thermal pyrolysis that drastically reduce film processing time (from hours to minutes) while preserving the films' unique nanoscale morphology, film adhesion, and electrochemical properties. We specifically show that heating rate dramatically affects nanoscale morphology, while reducing atmosphere composition, dwell time, and dwell temperature impact the electrochemical performance of these rapidly pyrolyzed nanostructures. Accelerated processing with rapid thermal pyrolysis may facilitate the expanded applicability and rapid fabrication of these promising nanostructured materials. © 2012 Elsevier Ltd. All rights reserved.
3D Pyrolyzed Carbon Electrodes for Sensing Applications
Abstract not provided.
A Group Theory Approach to Tailored Optical Properties of Metamaterials: An Inverse Problem Methodology
Abstract not provided.
A Summary of the Theory and Design Team Efforts for the Sandia Metamaterials Science and Technology Grand Challenge LDRD
Abstract not provided.
Magnetostatic response of 3D metallic traces created using dynamic membrane projection lithography
Abstract not provided.
Interferometrically defined 3D pyrolyzed-carbon sensors
Abstract not provided.
3D plasmonic and metamaterial structures
Abstract not provided.
Interferometrically Defined 3D Pyrolyzed-Carbon Sensors
Abstract not provided.
Dynamic Membrane Projection LIthography
Abstract not provided.
Toroidal photonic metamaterial
Abstract not provided.
Record breaking solar cells: a materials perspective
Abstract not provided.
Results 51–75 of 93