Exploring how fiber reinforced polymer/metal hybrids treated with cathodic dip coating are transforming materials science and engineering applications.
Discover how high-resolution X-ray computed tomography is revolutionizing tire technology by revealing microscopic sulfur dispersion flaws in rubber compounds.
Discover how cutting-edge imaging techniques reveal the hidden dynamics of lithium-metal battery failure and potential solutions.
Exploring how DNA's extraordinary properties are being harnessed to engineer next-generation biomaterials for medicine and nanotechnology.
Exploring how micromixers overcome fluid mixing challenges at microscopic scales in lab-on-a-chip applications through innovative passive and active designs.
Breakthroughs in supramolecular chemistry have created water-soluble light-harvesting systems that mimic photosynthesis with unprecedented efficiency.
Discover how clay minerals dramatically alter chromium's chemical behavior, creating materials with supercharged abilities for environmental cleanup and sustainable technology.
How aptamer-driven extraction is revolutionizing science with precision molecular recognition in environmental monitoring, medical diagnostics, and food safety.
Exploring how chemists unraveled the solvolysis behavior of 1,2-epoxydodecane and its industrial applications
Exploring the groundbreaking 2013 conference at Tabriz University that bridged biology, chemistry, and physics in medical research.