芝加哥大学Pritzker分子工程学院（PME）的研究人员发现了一种新材料MNBI6TE10，可用于创建电子可以移动的量子高速公路。
我们如何从化石燃料发电厂排气中清除二氧化碳，一种温室气体，然后才能到达大气 - 新发现表明，一个有希望的答案在于在美国国家标准和技术研究所分析的简单，经济和潜在的可重复使用的材料（NIST），来自多个机构的科学家确定了为什么这种材料和它的作用。
With climate change intensifying the summer heat, there is a great demand for cooling technologies for buildings.
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Honeycomb structures are extensively utilized in materials engineering due to their attractive structural and mechanical characteristics, like low weight and high porosity.
Sodium secondary batteries exhibit an identical functioning principle to lithium secondary batteries, but they come in cheaper price and are expected to function as a potential complement to lithium secondary batteries.
"In contrast to lithium-ion batteries, which are based on the storage of lithium ions in the positive and negative electrodes of the battery, we are working on the one hand with sodium ions, as they also occur in cheap table salt.
高渗透合金是一类新的合金，由四个或多个金属元素组成，大约相等。
Artificial intelligence breakthrough could cut energy costs in materials production.
一篇新文章描述了具有分层的van-der-waals（VDW）晶体结构的二维（2D）铁电材料的概述。欧洲杯足球竞彩