DISEASE TRANSMISSION THROUGH AEROSOL
Illuminate the fundamental mechanism of disease transmission using the thermal-fluids engineering for the health of human, animal, and plant populations
FUNCTIONAL MATERIALS FOR HEALTHCARE AND ENERGY SYSTEMS
Develop novel functional materials and illuminate the fundamental mechanisms for the development of healthcare and energy systems
ELECTRIC FIELD BASED FABRICATION
Achieve breakthroughs in energy, water, and medical applications with functional surfaces produced by electric field-based fabrication and fundamental knowledge of thermal fluids engineering
We've crafted a cutting-edge technique that fuses electrophoretic and electrostatic deposition processes.
Our research involved examining how bacterial viability shifts as a droplet containing both PM and bacteria dries up.
We've developed a new type of low-toxic, solid-state electrolyte made from hydrogel.
Our breakthrough came from embedding these copper nanoparticles within hydrogel composite layers.
Our research focused on using a technique called 'entrapment,' where bacteria are enclosed within a polymer matrix.
This study delves into the complex and potentially harmful world of atmospheric particulate matter (PM), a soup of various inorganic and organic particles.