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Integration of Gold NanoparticleCarbon Nanotube Composite for Enhanced Contact Lifetime of Microelectromechanical Switches with Very Low Contact Resistance

机译：金纳米颗粒纳米管复合材料的整合，用于增强微机电开关的电气机电开关的增强寿命，具有非常低的接触电阻

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1. Integration of a Carbon Nanotube Network on a Microelectromechanical Switch for Ultralong Contact Lifetime [J] . Jo Eunhwan, Seo Min-Ho, Pyo Soonjae, ACS applied materials & interfaces . 2019,第20期

机译：碳纳米管网络在超龙接触寿命微机电开关上的集成
2. The Contact Resistance Performance of Gold Coated Carbon-Nanotube Surfaces under Low Current Switching [J] . John W. McBRIDE, Chamaporn CHIANRABUTRA, Liudi JIANG, IEICE Transactions on Electronics . 2013,第9期

机译：低电流切换下镀金的碳纳米管表面的接触电阻性能
3. The Contact Resistance Performance of Gold Coated Carbon-Nanotube Surfaces under Low Current Switching [J] . John W. McBRIDE, Chamaporn CHIANRABUTRA, Liudi JIANG, 電子情報通信学会技術研究報告 . 2012,第332期

机译：低电流切换下镀金的碳纳米管表面的接触电阻性能
4. LOW CONTACT RESISTANCE MICRO THERMAL SWITCH WITH CARBON-NANOTUBE-ENHANCED CONTACTOR [C] . T. Tsukamoto, M. Esashi, S. Tanaka International Solid-State Sensors, Actuators and Microsystems Conference . 2009

机译：具有碳纳米管增强型接触器的低接触电阻微型热开关
5. Impact of stringently controlled vacuum environments with in situ surface cleaning on contact resistance of gold and ruthenium based radio frequency microelectromechanical switches. [D] . Walker, Matthew James. 2009

机译：原位表面清洁严格控制的真空环境对金和钌基射频微机电开关的接触电阻的影响。
6. Instability of Contact Resistance in MEMS and NEMS DC Switches under Low Force: the Role of Alien Films on the Contact Surface [O] . Haodong Qiu, Hong Wang, Feixiang Ke 2013

机译：低力下MEMS和NEMS DC开关中接触电阻的不稳定性：外来膜在接触表面上的作用
7. The contact resistance performance of gold coated carbon-nanotube surfaces under low current switching [O] . McBride J.W., Chianrabutra C., Jiang L., 2012

机译：低电流切换下镀金碳纳米管表面的接触电阻性能
8. Enhanced Contacts for Inverted Metamorphic Multi-Junction Solar Cells Using Carbon Nanotube Metal Matrix Composites. [R] . Landi, B. J., Cox, N. 2018

机译：使用碳纳米管金属基复合材料增强的反向变质多结太阳能电池接触。

Integration of Gold NanoparticleCarbon Nanotube Composite for Enhanced Contact Lifetime of Microelectromechanical Switches with Very Low Contact Resistance

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