In this context, Professor Yang’s research team developed a controlled nucleation doping method, which induces doping at the “nanocluster” phase, a stage preceding nanocrystal growth.

Electrochemical cells – or batteries, as a well-known example – are complex technologies that combine chemistry, physics, materials science and ...

For example, because nucleation time typically isn’t controlled, variability in terms of ice crystal size and distribution is significant among batches.

This research has enabled us to systematically establish doping control technology in nanocrystals. The findings will not only serve as important foundational data for designing and fabricating ...

With a $5 million grant, the University of Houston opens the Welch Center for Advanced Bioactive Materials Crystallization. The center will develop new ways to predict and control crystal ...