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Communicate

Details

Name Richard Robinson
Groups Cornell University
Locations New York, United States
Related Organizations: None
Department None
Title None
Website None
 

Projects

Project Scalable Manufacturing of Millimeter Length Thermoelectric Nanosheets

The invention introduces a highly scalable technique for fabricating electrically conducting ceramic nanosheets.

Primary: Cornell University
Date posted: May 29, 2012
Project High-yield, Scalable Synthesis of Metal Sulfide Nanocrystals

A new method was developed to synthesize nanocrystals (NCs) that have broad applications in manufacturing light-emitting

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Primary: Cornell University
Date posted: Mar 26, 2013
Project Nanomaterials for Additive-free Li-Ion Battery Electrodes

A simple robust way was developed to fabricate nanoparticle assemblies for lithium-ion battery electrodes that are

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Primary: Cornell University
Date posted: Apr 2, 2013
Project High Performing p-type Transparent Conducting Films via Solution Processing

P-type transparent conducting oxide (TCO) thin films were synthesized of misfit-layered calcium cobalt oxide using

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Primary: Cornell University
Date posted: Feb 23, 2015
Project Room Temperature Assembly of Conductive Nanoparticle Based Thin-Films

We present a robust room-temperature method for assembling colloidal nanoparticles into conductive thin films. Our nanoparticle-based

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Primary: Cornell University
Date posted: Sep 14, 2017
Project Large Scale Metal Chalcogenide (e.g. Copper Sulfide) Nanoparticle Synthesis

We offer a method to synthesize high-quality metal chalcogenide (e.g. copper sulfide, cadmium sulfide, etc.) nanoparticles. Our

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Primary: Cornell University
Date posted: Sep 14, 2017