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首页> 外文期刊>Angewandte Chemie >Fiber-Based Hybrid Nanogeeerators for/as Self-Powered Systems In Biological Liquid
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Fiber-Based Hybrid Nanogeeerators for/as Self-Powered Systems In Biological Liquid

机译:用于/作为生物液体中自供电系统的基于纤维的混合纳米发电机

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摘要

A goal of nanotechnology is to create nanosystems that are intelligent, multifunctional, super-small, extremely sensitive, and low power consuming. The search for sustainable power sources for driving such nanosystems is an emerging field in today's energy research, and harvesting energy from multiple sources available in the environment is highly desirable for creating self-powered nanosystems. For implanted nano-devices, such as a glucose sensor used to monitoring diabetes, it is rather challenging to power them since the solar energy is not available inside the body and thermal energy cannot be used because there is no temperature gradient.
机译:纳米技术的目标是创建智能,多功能,超小型,极其灵敏且低功耗的纳米系统。寻找用于驱动此类纳米系统的可持续电源已成为当今能源研究的新兴领域,从环境中获得的多种能源中收集能量对于创建自供电纳米系统非常必要。对于植入的纳米设备,例如用于监测糖尿病的葡萄糖传感器,为它们供电非常具有挑战性,因为在体内无法获得太阳能,并且由于没有温度梯度,因此无法使用热能。

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