What is the translation of " FLEXIBLE ELECTRONICS " in Chinese?

• 柔性电子
• 灵活的电子产品

Examples of using Flexible electronics in English and their translations into Chinese

Zhejiang Tsinghua Institute of Flexible Electronics Technology.
浙江清华柔性电子院院科技.

Flexible electronics, constantly refreshing your perception.
灵活的电子设备，不断更新你的认知.

Machine learning could help scientists invent flexible electronics.
机器学习可以帮助科学家发明柔性电子产品。

He continues,"Flexible electronics have great potential for implantable and wearable devices.
他继续说道，“灵活的电子产品具有成为可植入和可穿戴设备的巨大潜力。

Consider the developments in printed and flexible electronics, for example.
例如，需要考虑印刷及柔性电子技术的发展。

Flexible electronics are subject to repeated bending and stretching, which could cause their mechanical failure.
柔性电子器件经受反复的弯曲和拉伸，这可能导致各种机械故障。

Roll product series support our customers in the flexible electronics segment.
Roll产品系列为柔性电子领域的客户提供支持。

Webb and his colleagues turned to flexible electronics technology to find a possible wearable solution.
Webb和他的同事们转向柔性电子技术来寻找一个可能的穿戴式解决方案。

Chinese investors have also made a push in another industry, flexible electronics.
中国投资者也在另一个行业--柔性电子元件--做了很多努力。

Fabrics containing flexible electronics are appearing in many novel products, such as clothes with in-built screens and solar panels.
现在很多新产品中都出现了柔性电子器件，比如有些衣服中内置了屏幕和太阳能电池板。

Good flexural inorganic semiconductors are an urgent requirement of the flexible electronics industry.
良好弯曲性的无机半导体，是柔性电子业迫切需求.

And even after creating flexible electronics, the challenge remains of creating an interface between electronic circuits and biological nerves.
即使在制造出柔性电子产品之后，在电子电路和生物神经之间建立接口的挑战依然存在。

This opens up possibilities for using plastic substrates to allow a new generation of flexible electronics.
这开辟了使用塑料基板，以实现新一代柔性电子产品的可能性。

Now a process developed by MIT engineers may be the key to manufacturing flexible electronics with multiple functionalities in a cost-effective way.
现在，麻省理工学院的工程师们开发的一种工艺，可能是以成本效益高的方式制造具有多种功能的柔性电子产品的关键。

That idea started to seem like a reality in the early 1990s, when scientists around the world were racing to create flexible electronics.
这个想法在20世纪90年代初开始成为现实，当时世界各地的科学家都在竞相制造柔性电子产品。

Printing offers an alternative technique for the manufacturing of large area and flexible electronics, which is additive,“green”, and potentially at low cost.
印刷为大面积和柔性电子产品的制造提供了一种替代技术，这种技术是增材的，“绿色”的，并且成本很低。

But paper electronics is one of the most promising branches of material science in that it allows us to create cheaper and flexible electronics.
但是纸上电子是材料科学中最有前景的分支之一，因为它让我们能创造出便宜又灵活的电子产品。

Graphene could be an important component of the necessary flexible electronics for Bao's electronic skins.
二维材料石墨烯可能成为鲍哲南团队电子皮肤所需的柔性电子元件的重要组成部分。

Therefore, the search for inorganic semiconductor materials with good ductility and bendability is an urgent requirement for the development of flexible electronics.
因此，寻找具有良好延展性和弯曲性的无机半导体材料，是柔性电子发展的迫切需求。

Beyond functionalized switches, flexible electronics and wireless power sources, and even energy harvesting(to mitigate power sources), could provide some answers.
除了功能化开关、柔性电子设备和无线电源之外，甚至是能量收集（以减轻电源重量），都可以提供一些答案。

Manufacturers such as L'Oreal, General Electric and Boeing are using flexible electronics in their products.
像欧莱雅、通用电气和波音等制造商都在他们的产品中使用了柔性电子技术。

These include non-conventional feedstock, solar energy, flexible electronics, polymeric-responsive materials, microalgae, bio-aromatics, bio-specialties, cost-effective production of H2, CO2 as a reactant, and CH4 activation.
它们包括非常规原料、太阳能、柔性电子、高分子响应材料、微藻类、生物芳烃类、生物专项技术、H2的低成本生产、将CO2作为反应物和CH4活化。

The widespread use of rigid electronic devices is hindering the growth of the flexible electronics market to a large extent.
刚性电子产品的广泛应用阻碍了柔性电子电路市场的发展。

Avi joined Avery Dennison Hanita in 2009 and is responsible for the development, sourcing and implementation of innovative technologies, as well our flexible electronics business.
Avi于2009年加入艾利丹尼森Hanita，负责创新技术的开发、采购和实施，以及公司的柔性电子业务。

D printing is revolutionizing the production of lightweight structures, soft robots and flexible electronics, but the technology struggles with complex, multimaterial integration.
D打印技术正在革新轻质结构、软体机器人和柔性电子元器件的生产，但这项技术难以打印多种材料融合在一起的复杂结构。

The SUV elastomers not only sustain large elastic deformation, but also maintain good mechanical repeatability, which makes them good materials for fabricating flexible electronics.
同时，SUV弹性体不仅能够维持大的弹性变形，而且可保持良好的机械重复性，这使得它们有潜力成为制造柔性电子器件的良好材料。

It also makes them well-matched with flexible, plastic-based substrates, meaning that they may be used in flexible electronics and in the internet of things(IoT).
它还使它们与柔性塑料基材兼容，这意味着它们可能应用于柔性电子产品和物联网(IoT)。

Arizona State University, where researchers will work particularly on organic/inorganic interfaces in electronics, biodesign, implantable devices, flexible electronics and sensors.
美国亚利桑那州立大学，那里的研究人员将在有机/无机界面工作，特别是在电子，生物设计，植入式设备，柔性电子产品和传感器。

Nano Dimension's own research showed that in the electronics industry, 3D printing multi-layer PCBs and flexible electronics are the most popular uses.
NanoDimension自己的研究表明，在电子行业，3D打印多层PCB和柔性电子是最受欢迎的用途。