殷亚东是加利福利亚大学的化学教授,他带领团队进行再写纸的研究,其研究报告已发表于《自然通讯》 'It represents an attractive alternative to regular paper in meeting the increasing global needs for sustainability and environmental conservation.'
“再写纸可以作为普通纸张之外另一种富有吸引力的选择,它能够满足全球可持续发展和环境保护的需求。
Heating at 115 Cc an speed up the reaction so that the erasing process is often completed in less than 10 minutes.
这种纸加热至115摄氏度时,其化学反应速率会加快,因此在不到10分钟的时间内便可消除字迹。
'The printed letters remain legible with high resolution at ambient conditions for more than three days – long enough for practical applications such as reading newspapers,' Yin said.
殷教授表示:“印在纸上的文字可以在清晰度很高的情况下保持三天以上,对于读报这样的实际应用而言已经绰绰有余。”
'Better still, our rewritable paper is simple to make, has low production cost, low toxicity and low energy consumption.'
“更妙的是,这种再写纸制造简单,且生产成本低、毒性低、能耗低。”
His lab is currently working on a paper version of the rewritable paper.
他的团队目前正在改进纸质版的再写纸。
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