China Powder Science and Technology

A calibrated model predicts slag behavior in pipelines with just 1.78% error, matching real-world stacking angles closely. This could help steel plants optimize slag transport, cut energy waste, and improve production efficiency.👇
China Powder Science and Technology
https://ftjs.ujn.edu.cn/info/3573/30472.htm

A refined flash technique cuts measurement error in half for graphene film heat conductivity by drying samples fully and targeting coating to key areas. This lays the groundwork for reliable reference , accelerating better heat-dissipating and devices.👍
China Powder Science and Technology
https://ftjs.ujn.edu.cn/info/3573/30462.htm

Adjusting the gap between crushing rolls is the key to controlling ore size, with tighter gaps boosting fine output by over 22%. This finding could help mining operations cut waste and optimize separation efficiency.👍
China Powder Science and Technology
https://ftjs.ujn.edu.cn/info/3573/30452.htm

A method for making solar catalysts outperforms light-based deposition, boosting hydrogen output to 1,509.88 µmol with strong durability. This could advance affordable green production using sunlight and water.😀
China Powder Science and Technology
https://ftjs.ujn.edu.cn/info/3533/30442.htm

When wet collide, tiny liquid bridges form between them, affecting how clump in medicines and food. Thicker coatings and closer spacing boost growth, while liquid thickness matters less. This helps industries control particle bonding for better products.👍
China Powder Science and Technology
https://ftjs.ujn.edu.cn/info/3533/30432.htm

A study finds that fine-tuning ball mill speed, liner count, and ball mix boosts target particle yield while cutting waste. This optimization framework could help mining and industries grind materials more efficiently with far less .👍
China Powder Science and Technology
https://ftjs.ujn.edu.cn/info/3553/30422.htm

Mixing two liquid building blocks into well creates an internal flexible network. The optimized formula boosts tensile strength by 36.5% and cuts stiffness by 38.95%, offering practical mixing standards for safer, more resilient underground .👏
China Powder Science and Technology
https://ftjs.ujn.edu.cn/info/3553/30412.htm

Sewage pipes face acid attack. Blending fly ash and slag into concrete cuts acid damage and chloride pe*******on, with the combo mix outperforming single additives. This points to longer-lasting, greener infrastructure.🧐
China Powder Science and Technology
https://ftjs.ujn.edu.cn/info/3553/30402.htm

Deep-sea and polar cracks under cold and . Plasma-treated plastic (PVDF-G) doubles impact absorption without new , promising safer extreme drilling and sub-zero infrastructure.😀
China Powder Science and Technology
https://ftjs.ujn.edu.cn/info/3553/30392.htm

China Powder Science and Technology

, a family of 2D , are breaking through industrial scale-up barriers. This review maps their synthesis from bulk to few-layer sheets, powering next-gen and clean water tech.👍
China Powder Science and Technology
https://ftjs.ujn.edu.cn/info/3553/30382.htm