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4 results on '"Tolly, Derrick"'

1. Efficient, absorption-powered artificial muscles based on carbon nanotube hybrid yarns

Author

Lima, Marcio D, Hussain, Mohammad W, Spinks, Geoffrey M, Naficy, Sina, Hagenasr, Daniela, Bykova, Julia S, Tolly, Derrick, Baughman, Ray H, Lima, Marcio D, Hussain, Mohammad W, Spinks, Geoffrey M, Naficy, Sina, Hagenasr, Daniela, Bykova, Julia S, Tolly, Derrick, and Baughman, Ray H

Abstract

A new type of absorption-powered artificial muscle provides high performance without needing a temperature change. These muscles, comprising coiled carbon nanotube fibers infiltrated with silicone rubber, can contract up to 50% to generate up to 1.2 kJ kg−1. The drive mechanism for actuation is the rubber swelling during exposure to a nonpolar solvent. Theoretical energy efficiency conversion can be as high as 16%.

Published
2015

2. Efficient, absorption-powered artificial muscles based on carbon nanotube hybrid yarns

Author

Lima, Marcio D, Hussain, Mohammad W, Spinks, Geoffrey M, Naficy, Sina, Hagenasr, Daniela, Bykova, Julia S, Tolly, Derrick, Baughman, Ray H, Lima, Marcio D, Hussain, Mohammad W, Spinks, Geoffrey M, Naficy, Sina, Hagenasr, Daniela, Bykova, Julia S, Tolly, Derrick, and Baughman, Ray H

Abstract

A new type of absorption-powered artificial muscle provides high performance without needing a temperature change. These muscles, comprising coiled carbon nanotube fibers infiltrated with silicone rubber, can contract up to 50% to generate up to 1.2 kJ kg−1. The drive mechanism for actuation is the rubber swelling during exposure to a nonpolar solvent. Theoretical energy efficiency conversion can be as high as 16%.

Published
2015

3. Efficient, absorption-powered artificial muscles based on carbon nanotube hybrid yarns

Author

Lima, Marcio D, Hussain, Mohammad W, Spinks, Geoffrey M, Naficy, Sina, Hagenasr, Daniela, Bykova, Julia S, Tolly, Derrick, Baughman, Ray H, Lima, Marcio D, Hussain, Mohammad W, Spinks, Geoffrey M, Naficy, Sina, Hagenasr, Daniela, Bykova, Julia S, Tolly, Derrick, and Baughman, Ray H

Abstract

A new type of absorption-powered artificial muscle provides high performance without needing a temperature change. These muscles, comprising coiled carbon nanotube fibers infiltrated with silicone rubber, can contract up to 50% to generate up to 1.2 kJ kg−1. The drive mechanism for actuation is the rubber swelling during exposure to a nonpolar solvent. Theoretical energy efficiency conversion can be as high as 16%.

Published
2015

4. Efficient, absorption-powered artificial muscles based on carbon nanotube hybrid yarns

Author

Lima, Marcio D, Hussain, Mohammad W, Spinks, Geoffrey M, Naficy, Sina, Hagenasr, Daniela, Bykova, Julia S, Tolly, Derrick, Baughman, Ray H, Lima, Marcio D, Hussain, Mohammad W, Spinks, Geoffrey M, Naficy, Sina, Hagenasr, Daniela, Bykova, Julia S, Tolly, Derrick, and Baughman, Ray H

Abstract

A new type of absorption-powered artificial muscle provides high performance without needing a temperature change. These muscles, comprising coiled carbon nanotube fibers infiltrated with silicone rubber, can contract up to 50% to generate up to 1.2 kJ kg−1. The drive mechanism for actuation is the rubber swelling during exposure to a nonpolar solvent. Theoretical energy efficiency conversion can be as high as 16%.

Published
2015

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