The team of Professor Dongling Ma of the Institut national de la recherche scientifique (INRS) developed a new approach for foldable and solid d...
阅读全文Polished glass has been at the center of imaging systems for centuries. Their precise curvature enables lenses to focus light and produce sharp images, whether the object in view is a single cell, the...
阅读全文When materials reach extremely small size scales, strange things begin to happen. One of those phenomena is the formation of mesocrystals.
阅读全文Ever since X-rays were discovered by Wilhelm Röntgen in 1895, they have become a standard in medical imaging.
阅读全文Over the past years, global data traffic has experienced a boom, with over 12.5 billion connected devices all over the world. The current world-...
阅读全文Some of the latest advances in spintronics are based on nanometric thin film structures with perpendicular magnetic anisotropy in which the spin ...
阅读全文大阪市立大學與東北大學開發了一款對聚烯烴類(Polyolefin)塑膠的分解具有效性的固體觸媒「Ru/CeO2觸媒」,且新觸媒在低溫條件下能以高產收率合成出潤滑油、液體化學品等有用化學品...
阅读全文3D打印,即增材制造,是一种前景广阔的先进制造技术。3D打印从诞生起发展至今,普遍采用将打印材料沿单一方向且无法对各打印层进行独立控制的逐层累积成型方法。这种静态逐层堆积...
阅读全文日本Nanodax與三菱製紙合作,開發出輕量且不會燃燒、隔熱性亦佳的玻璃棉(Glass Wool)。面積1平方公尺、厚度10mm的製品重量僅3.7kg,可減少施工作業上的負擔及對建築物承重上的負...
阅读全文基于钙钛矿材料的发光二极管近年发展迅速,在红光和绿光方面外量子效率已经超过20%。然而蓝光器件依旧是一个"软肋",尤其是在量子效率和光谱稳定性方面。因此,提高器件的量子效率...
阅读全文超疏水涂层在多个领域有着巨大的应用潜力,例如自洁净衣服、木质外墙防水、建筑防冰、玻璃防雾等。最近的行业报告预测,从2021年到2026年全球防水涂层市场将会保持9.2%的年增长率...
阅读全文大阪大學發表與澳洲斯威本科技大學、丹麥理工大學、波蘭西里西亞工業大學等,僅利用碳、氫、氮、矽等泛用元素,開發了可在室溫下呈現磷光(Room-Temperature Phosphorescence; RT...
阅读全文最近德国哥廷根大学张凯/南京林业大学蒋少华/段改改等科研人员在《Advanced Materials》上发表了题为Recent Progress on Nanocellulose Aerogels: Preparation, Modificati...
阅读全文石墨烯因其极高的载流子迁移率、高透光性、高强度、高热导率等众多优异的物理化学性质,在电子、信息、能源、材料和生物医药等领域都有着广阔的应用前景。化学气相沉积(CVD)被认为...
阅读全文我们在赞美莲花"出淤泥而不染"这一特性时候,应该也会注意到与之衬托的荷叶是洁净而防水的。这是由于荷叶表面具有纳米尺度的粗糙形貌以及疏水的蜡质表层;这种特殊的结构使得在水...
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