论文部分内容阅读
通过这种具有神奇天然属性的南美洲大闪蝶翅膀,科学家们研发出了一种纳米生物复合材料,并有望在未来应用于可穿戴电子设备、高灵敏度光传感器以及可循环使用的电池产品中。科学家将这一科技成果发表在《ACS纳米技术》期刊中。日本东京大学生物学教授宫古荣治郎解释说,生活在南美洲的大闪蝶的翅膀具有神奇的天然属性,这些属性是目前为止科学技术所无法人工复制的。除了拥有质量轻、纤薄以及柔韧性强等特点外,这种蝴蝶翅膀还可以吸收太阳光的能量,迅速散
Through this magical natural attribute of the South American Great Butterflies, scientists have developed a nanocomposite that is expected to find its way into wearable electronics, high-sensitivity light sensors and reusable battery products in the future . Scientists publish this scientific and technological achievements in the ACS nanotechnology journal. Miyako Miyagi, a professor of biology at the University of Tokyo in Japan, explains that the wings of the big flamingo living in South America have miraculous natural attributes that so far can not be artificially reproduced by science and technology. In addition to having the characteristics of light weight, slimness and flexibility, this butterfly wing can also absorb the energy of sunlight and quickly disperse