MOF Growth and Particle Engineering

This research area brings together my work on metal-organic frameworks, covalent organic frameworks, and particle engineering. I study nucleation, growth, and structural evolution using microkinetic modeling alongside in-situ techniques such as GIWAXS, SAXS, and EXAFS.

It also connects to my work on wet milling and population balance modeling, where I develop analytical and computational approaches to describe fragmentation and particle-size evolution. Across these projects, the emphasis is on building mechanistic models that are both scientifically informative and useful for process design.