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Electron and proton transfer in chemistry and biology
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ISBN: 0444888624 Year: 1992 Publisher: Amsterdam New York Tokyo Elsevier

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Charge-Transfer devices.
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ISBN: 0470264586 Year: 1978 Publisher: New York (N.Y.) Wiley

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Charge-Transfer Complexes of Organosilicon Compounds

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Protein electron transfer
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ISBN: 1859960405 Year: 1996 Publisher: Oxford : Bios scientific publ.,

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Charge Transfer in DNA : From Mechanism to Application
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ISBN: 3527310851 9783527310852 Year: 2005 Publisher: Weinheim : Wiley-VCH,

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Charge transfer in physics, chemistry and biology : physical mechanisms of elementary processes and an introduction to the theory
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ISBN: 2884490264 Year: 1995 Publisher: Amsterdam ; United States : Gordon and Breach Publishers,

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Charge and energy transfer dynamics in molecular systems
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ISBN: 9783527407323 3527407324 Year: 2011 Publisher: Weinheim: Wiley-VCH,

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Charge Transport in DNA - Insights from Simulations
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Year: 2013 Publisher: KIT Scientific Publishing

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Charge transport and charge transfer (CT) capabilities of deoxyribonucleic acid (DNA) are investigated. A QM/MM multi-scale framework is applied to calculate the CT capabilities of DNA under conditions resembling the experimental setup. The simulations are able to explain and predict the outcome of experiments and therefore make suggestions in advance. Based on the findings, suitable DNA sequences can be opted for the design of DNA-based devices as nano-scale electronic elements.

Acoustic charge transport : device technology and applications.
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ISBN: 0890065209 Year: 1992 Publisher: Norwood Artech House

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Charge Transport in DNA - Insights from Simulations
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Year: 2013 Publisher: KIT Scientific Publishing

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Abstract

Charge transport and charge transfer (CT) capabilities of deoxyribonucleic acid (DNA) are investigated. A QM/MM multi-scale framework is applied to calculate the CT capabilities of DNA under conditions resembling the experimental setup. The simulations are able to explain and predict the outcome of experiments and therefore make suggestions in advance. Based on the findings, suitable DNA sequences can be opted for the design of DNA-based devices as nano-scale electronic elements.

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