Rapid fabrication of functional CNT sensor arrays using micro-spotting and DEP technologies

机译：使用微斑点和DEP技术快速制造功能性CNT传感器阵列

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Our team has developed a systematic process to rapidly construct Carbon Nanotube (CNT) sensors by combining DEP and micro-robotics technologies. Arrays of CNT sensors were fabricated on MUMPs chips using this systematic process and the CNT sensor characteristics were found to be very consistent with individual CNT sensors fabricated using basic manual DEP manipulation process. We have shown that the average time to fabricate CNT sensor using this process is ~1 sec, which means that potentially 100,000 CNT components could be built in 24 hours .

机译：我们的团队通过组合DEP和Micro-Robotics Technologies开发了一种系统的过程来快速构建碳纳米管（CNT）传感器。 CNT传感器的阵列在使用该系统过程的腮腺芯片上制造，并且CNT传感器特性被发现与使用基本手动DEP操纵过程制造的各个CNT传感器非常一致。我们已经表明，使用该过程制造CNT传感器的平均时间是〜1秒，这意味着可能在24小时内构建有100,000个CNT组件。

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《Nanotechnology Materials and Devices Conference, 2006 IEEE》||P.108-109|共2页
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Li Wen J.; Ning Xi;
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中图分类工业技术;
关键词
CNT Sensors; DEP Manipulation; Micro-robotics; Nano-sensor Arrays;

机译：CNT传感器; DEP操纵;微型机器人;纳米传感器阵列;

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4. Rapid Fabrication of Functional CNT Sensor Arrays using Micro-spotting and DEP Technologies [C] . Wen J. Li, Ning Xi IEEE Nanotechnology Materials and Devices Conference . 2006

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5. Advancing Sustainable Nanotechnology: Towards the Development of a Design Framework for the Future Production of Functional and Inherently Safer Carbon Nanotubes (CNTs) and CNT-Enabled Products. [D] . Gilbertson, Leanne Marie. 2014

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6. Multifunctional Nanotechnology-Enabled Sensors for Rapid Capture and Detection of Pathogens [O] . Fatima Mustafa, Rabeay Y. A. Hassan, Silvana Andreescu 2017

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7. Rapid fabrication of functional CNT sensor arrays using micro-spotting and DEP technologies [O] . Li WJ(李文荣), Xi N(席宁) 2006

机译：使用微斑点和DEP技术快速制造功能性CNT传感器阵列

Rapid fabrication of functional CNT sensor arrays using micro-spotting and DEP technologies

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