Research project In situ microscopy, X-ray scattering, and computational modeling
In situ microscopy, X-ray scattering, and computational modeling for unravelling the synthesis and performance of nanocellulose based membranes in aqueous medium.
The project aims to develop and use in situ experimental methods ( liquid phase AFM, in situ X ray scattering/ spectroscopy) and computational tools to explain and validate how the surface chemistry and structure of nanocellulose and its hybrids dictate the membrane performance in operando.
Project description
The project aims to answer the following fundamental questions:
- Can in situ techniques based on atomic force microscopy and X-ray scattering be used to evaluate the metal chelation and related chemical and physical transformation during the synthesis of nanocellulose- hybrids in aqueous environment?
- Can in situ characterization methods be developed to sufficiently explain the nanocellulose (and hybrids) performance in use conditions and in presence of multiple water pollutants?
- Can state-of-the-art modelling be used to guide, optimize and explain the mechanisms related to nanocellulose hybrids processing and performance at nano and molecular scale?
Project members
Project managers
Aji Mathew
Professor
Department of Materials and Environmental Chemistry
Members
Jing Li
Forskningsingenjör
Department of Materials and Environmental Chemistry
