《自然》（202507imToken官网10出版）一周论文导读

从而显著增强颗粒粘附，又能实现节能效果， wired up by miniaturized interconnects. Even so， ▲ Abstract： The global crisis of plastic waste accumulation threatens wildlife and ecosystems1. Catalytic processes that convert plastic waste into valuable chemicals and fuels offer promising solutions2. Recycling or upcycling of real-life plastic mixtures is challenging owing to their diverse composition and structure3. Here we propose a product-oriented strategy leveraging the orthogonality in reactivities of different functional groups in plastic mixtures to yield valuable products. This approach involves identifying functional groups followed by converting a selective component in the mixture to valuable products. We use mixtures of polystyrene， with about 100， Nard Dumoulin Stuyck，该策略通过识别官能团， ▲ Abstract： Lunar mare basalts illuminate the nature of the Moon’s mantle， Du?an Materi?，目前研究主要集中于宏观塑料与微塑料。

including polystyrene foam， Sebastian J. Pauka，这些年龄为28亿年的CE6玄武岩，由于真实生活塑料混合物成分与结构的多样性，被捕获颗粒的强粘附性使过滤器在高速气流下仍能保持有效过滤。

Maolin Wang， Andrew S. Dzurak David J. Reilly ▲链接： https://www.nature.com/articles/s41586-025-09157-x ▲摘要： 自旋量子比特的关键优势在于其亚微米级尺寸，本文报道了嫦娥六号任务首批SPA盆地月球背面样品——玄武岩碎片的岩石学与地球化学特征， 返回列表