Lenore Dai

Development of A Photo-Responsive Moisture-Absorbent Composite for Atmospheric Water Extraction

Designing a novel stimuli-trigger hybrid gel (composite adsorbent material) will improve atmospheric water extraction technology.

Program: MORE

Development of A Photo-Responsive Moisture-Absorbent Composite for Atmospheric Water Extraction

Developing a photo-responsive hybrid gel system will provide a more efficient approach for atmospheric water extraction technology.

Program: MORE

Investigation of Novel Composite Reinforced with Mechanophore-Enhanced Multi-Walled Carbon Nanotubes

Developing damage-sensing composites will provide a better understanding of the composite structure and minimize catastrophic failure.

Program: FURI

Computational and Experimental Studies of Imidazolium-Based Ionic Liquids in Organic Solutions for MET Sensor Devices

Using molecular dynamic simulations to model ionic liquids for low-temperature sensors will improve understanding of their use for space applications.

Program: FURI

Computational and Experimental Studies of Imidazolium-Based Ionic Liquids in Organic Solutions for MET Sensor Devices

Studying ionic liquid solutions will help optimize molecular electronic transducer-based devices such as seismometers.

Program: FURI

Stress-Responsive Reinforced Composites via Functionalization of Carbon Fiber

Understanding carbon fiber composites embedded with damage-sensing molecules will help prevent early failure of future embedded composites.

Program: FURI

Development of a Low Temperature Ionic Liquid Based Electrolyte System for Planetary Exploration

Developing a mixture of chemicals that can function as an electrolyte in extremely cold temperatures will help improve planetary exploration abilities.

Program: FURI

Developments of Low-Temperature Ionic Liquid-Molecular Solvent Electrolyte Systems for a MET Seismometer

Program: FURI