Paper 殴打/砲列 could 力/強力にする gadgets of the 未来

Ordinary paper could one day be used as ultra-lightweight, bendable 殴打/砲列s, によれば scientists from Stanford University.

簡単に 塗装 a sheet of paper with 署名/調印する made of silver and 炭素 nanomaterials makes an efficient 貯蔵 dev ice that is 10 times as powerful as lithium-イオン 殴打/砲列s used to 力/強力にする laptops.

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Paper is a porous 構成要素 that helps 炭素 nanotubes and silver nanowire films stick to it, much like 署名/調印する does.

After it is coated and heated heated the paper becomes 最高の-conductive and 作品 as a 殴打/砲列 even if the 構成要素 is crumpled.

'Taking advantage of the 円熟した paper 科学(工学)技術, low cost, light and high-業績/成果 energy-貯蔵 are realized by using conductive paper as 現在の collectors and electrodes,' the scientists said in 研究 published in the 訴訟/進行s of the 国家の 学院 of Sciences.

This type of 殴打/砲列 could be 特に useful for 使用/適用s like electric or hybrid cars, which depend on the quick 移転 of electricity.

殴打/砲列 負わせる and life have been an 障害 to 商業の viability of electric-力/強力にするd cars and トラックで運ぶs.

'Society really needs a low-cost, high-業績/成果 energy 貯蔵 装置, such as 殴打/砲列s and simple supercapacitors,' Stanford assistant professor Yi Cui said.

'Our paper supercapacitors can be used for all 肉親,親類d of 使用/適用s that 要求する instant high 力/強力にする.

'Since our paper 殴打/砲列s and supercapacitors can be very low cost, they are also good for grid-connected energy 貯蔵.'

Peidong Yang, professor of chemistry at the University of California-Berkeley, said the 科学(工学)技術 could be commercialized within a short time.

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