(Leader: L. F. Fonseca; Collaborators: R. Diaz, P. Feng, W. Otaño, and D. Piñero).
This IRG will develop nanomaterials that enable new, robust and stable devices that remain operational under environmental conditions with minimal power consumption for physical and chemical sensing of contaminants of environmental concern.
IRG2 will combine their expertise on synthesis and device fabrication techniques to develop an advanced autonomous and low power consumption device. The prototype will be [...]
The objective for this project is the design and fabrication of multifunctional hybrid 2D materials with enhanced selectivity and sensitivity as well as high humidity [...]
The aim in this sub-project is to test MPc with different substitutions and metal centers for sensing a variety of gases. Four different types of [...]
MOS are widely used gas sensing materials due to their low cost, wide range of detectable gases, and chemical stability at the operation conditions. IRG2 [...]
