How modern GC-MS and AI techniques reveal the biochemical differences between traditional Chinese medicinal roots Chuan-Muxiang and Yun-Muxiang.
Exploring how field-effect sensors translate biochemical activity into electrical signals with extraordinary precision for medical diagnostics.
Explore how information science is transforming chemical research through AI, big data, and automation, accelerating discoveries from years to days.
Explore how numerical simulation and visualization of thermal and flow fields revolutionize MOCVD technology for semiconductor manufacturing.
Exploring the many-body expansion analysis of BF₃ and BCl₃ interactions and their implications in material science.
Explore how conjugation (periodicity) forms the foundation of the periodic table, from Mendeleev's predictions to modern element synthesis.
Innovative Differentiated Heat Treatment technology for railroad rails using rolling heat for enhanced durability and energy efficiency.
Declassified documents reveal how Soviet scientists initiated a laser revolution in 1976, advancing quantum physics and birthing technologies from medical lasers to futuristic defense systems.
Exploring the pivotal role of sulfuric acid and alkali production in the Industrial Revolution through George Lunge's groundbreaking work.
Exploring how modern extraction processes impact the quality and efficacy of Traditional Chinese Medicine granules