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YEDA Technology Transfer from the Weizmann Institute of Science

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DeepTech
Material Science

Transparent Electrodes Based on Carbon Nanotubes (No. T4-2235)

The electrical, optical, and mechanical qualities of transparent conductive electrodes (TCEs) make them ideal for electro-optic applications. However, existing TCEs are costly, inflexible, and their performance is inadequate. Carbon nanotubes (CNTs) are utilized to produce high-qu... Read more
Full Professor Boris Rybtchinski

Boris Rybtchinski

Faculty of Chemistry

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18754
Material Science

Biodegradable "Fiberglass" for Packing Industry (No. T4-2137)

Conventional plastics are materials with attractive properties but with low recyclability. They also persist in the environment. Furthermore, the plastic waste decomposes into microplastic, which pollutes the soil, the sea, and the air. Therefore new regulations restrict its use. ... Read more
Full Professor Boris Rybtchinski

Boris Rybtchinski

Faculty of Chemistry

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14756
ClimateTech
Material Science

Carbon Nanotubes - Polymer Composites for Improved Mechanical and Electrical Properties (No. T4-1953)

The superior mechanical and electrical properties of carbon nanotubes (CNTs) are uniquely advantageous for enhancing polymer composites' mechanical and electrical properties. However, CNTs usually heavily bundle. Markets continuously search for stronger, more durable, lightweight,... Read more
Full Professor Boris Rybtchinski

Boris Rybtchinski

Faculty of Chemistry

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18922
ClimateTech
Material Science

Homogeneous Dispersion of CNT Composites for Improved Conductivity, Bucky Papers (No. T4-1809)

Battery and capacitor electrode technologies available in the industry today, are struggling to keep up with rapidly advancing applications that require high power and energy density such as electric vehicles, solar cells and telecommunications systems. The growing need to provide... Read more
Full Professor Boris Rybtchinski

Boris Rybtchinski

Faculty of Chemistry

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5662

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