What happens when you heat a metal cable to 1000°C and forge it with precision? You get an insanely sharp knife! Watch the ...

Your instant ramen and leftovers wouldn't be the same without your microwave. Here's the most important things to know about ...

Most materials expand when they get warm. Researchers have now succeeded in developing a metal alloy that practically does ...

Microwaving non-food items can be dangerous. Learn 10 things to keep far away from your microwave. Your appliance will thank ...

Solar-heated homes integrate thermal energy storage, improving efficiency and reducing environmental impact through ...

I created more space in my cabinets! I moved my spices from two double-deck lazy Susans on the second shelf (where I had to ...

It goes without saying, the humble microwave can make your life much easier, with many models doing a whole lot more than simply warming up leftovers. With rising household costs, research has ...

The U.S. imports lots of alumina, which is a key component of aluminum. Brimstone says it can produce the ingredient ...

By replacing fossil-fuel-driven calcination with electric heating, the ECem project aims to revolutionize cement production, reducing CO2 emissions while improving efficiency. The cement industry is ...

Crystal oscillators are incredibly useful components, but they come with one little snag: their oscillation is ...

近日，来自清华大学与中国科学院理化技术研究所液态金属研究中心刘静和高建业，油气中心三次采油团队马望京等研究人员，以微波激发液态金属释放高能等离子体为出发点，建构了可实现聚乙烯、聚丙烯塑料的选择性强化解聚策略，获得了显著超越传统解聚方法的产量高、分布集中的碳氢化合物油品 (油产率：PE 85.9 wt.%; PP 81.0 wt.%)和烯烃单体 (C2-C4烯烃选择性：PE 50%; PP 65.3 ...