科学家可以将二氧化碳（一种温室气）转化为更高价值的多碳产品，被视为潜在燃料的中间体。在这项研究中，科学家研究了这种转换过程的新方法。该方法使用一种称为串联催化剂的材料，具有两个催化区域的电极。
长期以来，科学家一直对地球生命的起源着迷，即从简单的益生元有机分子到活细胞系统的过渡。
氮是生活和人类文化的重要组成部分。但是如今，含NH3的合成N原子中的大多数N原子都是使用Haber-Bosch方法大量生产的，该方法是在20世纪初发明的。
You've planned out the ultimate tattoo -; the art, the colors, where on your body you'll get it done, the shop, the artist. You've put a lot of thought into this image that will forever adorn you, but there's one factor you can't be sure of: What's in the ink going under your skin-
从事塑料废物解决方案的科学家已经开发了两步化学和生物学过程，将混合塑料分解成有价值的生物产品。
经过十年的研究，鲍林绿色州立大学的教授在香草豆提取物中发现的化学物质帮助创建了一种按需分解塑料的过程。
In a paper recently published in the journal Advanced Functional Materials, researchers reviewed the recent developments in 2D van der Waals heterostructure (VDWH)-based chemical sensors, providing an overview of the sensing techniques, challenges, and future opportunities.
理论检查和超快光谱法的新发现揭示了特定的硫酸盐和镁离子的水环境对水溶液的动力学有关键影响。
Succinic acid is a multipurpose platform chemical for improving flavors and producing pharmaceutical products, dyes, and bio-polyesters.
NTT Corporation (President and CEO: Akira Shimada, “NTT”) and the Graduate School of Frontier Sciences, The University of Tokyo (GSFS) have successfully produced the world's first communication signal using a battery and a circuit composed of environmentally friendly materials free of scarce elements and hazardous substances.