Combination of Axial Strain Tuning and Gate Bias Tuning for Carbon Nano Tube Resonators - Couverture souple

Vollmann, Morten

9783866288553: Combination of Axial Strain Tuning and Gate Bias Tuning for Carbon Nano Tube Resonators

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ISBN 10 : 3866288557 ISBN 13 : 9783866288553

Editeur : Hartung & Gorre, 2025

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�diteur: Hartung & Gorre
Date d'�dition: 2025
Langue: anglais
ISBN 10: 3866288557
ISBN 13: 9783866288553
Reliure: Broch�
Nombre de pages: 216
�diteur: Hierold Christofer
Coordonn�es du fabricant: non disponible
Personne responsable: info@bod.de
info@bod.de

�berseering 33
Hamburg
22297
Allemagne

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Combination of Axial Strain Tuning and Gate Bias Tuning for Carbon Nano Tube Resonators

Morten Vollmann

Edit� par Hartung-Gorre, 2025

ISBN 10 : 3866288557 ISBN 13 : 9783866288553

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PAP. Etat : New. New Book. Shipped from UK. Established seller since 2000. N� de r�f. du vendeur L2-9783866288553

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Combination of Axial Strain Tuning and Gate Bias Tuning for Carbon Nano Tube Resonators

Morten Vollmann

Edit� par Hartung-Gorre Nov 2025, 2025

ISBN 10 : 3866288557 ISBN 13 : 9783866288553

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Taschenbuch. Etat : Neu. This item is printed on demand - it takes 3-4 days longer - Neuware 216 pp. Englisch. N� de r�f. du vendeur 9783866288553

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Combination of Axial Strain Tuning and Gate Bias Tuning for Carbon Nano Tube Resonators

Vollmann, Morten

Edit� par Hartung & Gorre, 2025

ISBN 10 : 3866288557 ISBN 13 : 9783866288553

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Combination of Axial Strain Tuning and Gate Bias Tuning for Carbon Nano Tube Resonators

Vollmann, Morten

Edit� par Hartung & Gorre, 2025

ISBN 10 : 3866288557 ISBN 13 : 9783866288553

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Combination of Axial Strain Tuning and Gate Bias Tuning for Carbon Nano Tube Resonators

Vollmann, Morten

Edit� par Hartung & Gorre, 2025

ISBN 10 : 3866288557 ISBN 13 : 9783866288553

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Combination of Axial Strain Tuning and Gate Bias Tuning for Carbon Nano Tube Resonators (Paperback)

Morten Vollmann

Edit� par Hartung & Gorre, 2025

ISBN 10 : 3866288557 ISBN 13 : 9783866288553

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Paperback. Etat : new. Paperback. Carbon nanotube (CNT) resonators exhibit exceptional potential for high-frequency and large-range eigenfrequency tuning, yet practical demonstrations have long been limited by the difficulty of precisely applying axial strain. This thesis overcomes that challenge by introducing a custom micro-electro-mechanical system (MEMS) with chevron-style thermal actuators capable of displacing the CNT`s clamping ends and generating pure tensile strain levels up to 1.4%. By combining this axial strain with gate-bias-induced strain, frequency tuning of 67MHz was achieved, equivalent to over 150% relative tuning, reaching eigenfrequencies over 120MHz across multiple devices. Straining experiments on the new MEMS platform included the analysis of the static strain response with gauge factors up to 108 for low gate biases, isolating the axial straining effect from gate bias straining and the combination of both. A central contribution of this work is the detailed modelling of CNT resonators subject to uniaxial and/or gate bias induced straining. The modelling framework employs solutions to the nonlinear Duffing equation via harmonic balancing, a technique that captures both amplitude and phase behaviour of the resonators motional current. By including the transfercharacteristic directly into to modelling of the current, even more complex and asymmetric phases and different shapes of resonance peak were explained. This approach proves indispensable for accurately describing the interplay between electrostatic (gate) and mechanical (axial) strain, enabling detailed predictions of device performance. This has been possible only due to the knowledge of applied strain from the characterized actuators. The framework also allowed for the quantification of maximum axial strain of 1.4% before the CNT slipped from the electrodes. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. N� de r�f. du vendeur 9783866288553

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Combination of Axial Strain Tuning and Gate Bias Tuning for Carbon Nano Tube Resonators

Morten Vollmann

Edit� par Hartung-Gorre Nov 2025, 2025

ISBN 10 : 3866288557 ISBN 13 : 9783866288553

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Vendeur : buchversandmimpf2000, Emtmannsberg, BAYE, Allemagne

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Taschenbuch. Etat : Neu. This item is printed on demand - Print on Demand Titel. Neuware -Carbon nanotube (CNT) resonators exhibit exceptional potential for high-frequency and large-range eigenfrequency tuning, yet practical demonstrations have long been limited by the difficulty of precisely applying axial strain. This thesis overcomes that challenge by introducing a custom micro-electro-mechanical system (MEMS) with chevron-style thermal actuators capable of displacing the CNT`s clamping ends and generating pure tensile strain levels up to 1.4%. By combining this axial strain with gate-bias-induced strain, frequency tuning of 67MHz was achieved, equivalent to over 150% relative tuning, reaching eigenfrequencies over 120MHz across multiple devices.Straining experiments on the new MEMS platform included the analysis of the static strain response with gauge factors up to 108 for low gate biases, isolating the axial straining effect from gate bias straining and the combination of both.A central contribution of this work is the detailed modelling of CNT resonators subject to uniaxial and/or gate bias induced straining. The modelling framework employs solutions to the nonlinear Duffing equation via harmonic balancing, a technique that captures both amplitude and phase behaviour of the resonator�s motional current. By including thetransfercharacteristic directly into to modelling of the current, even more complex and asymmetric phases and different shapes of resonance peak were explained. This approach proves indispensable for accurately describing the interplay between electrostatic (gate) and mechanical (axial) strain, enabling detailed predictions of device performance. This has been possible only due to the knowledge of applied strain from the characterized actuators. The framework also allowed for the quantification of maximum axial strain of 1.4% before the CNT slipped from the electrodes.Books on Demand GmbH, �berseering 33, 22297 Hamburg 216 pp. Englisch. N� de r�f. du vendeur 9783866288553

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