Batteries for Extreme Cold Environments
- Zheng Chen
University of California, San Diego
Liquefiying Gas Electrolyte by Capillary Condensation at Ambient Pressure for Extreme Low-Temperature Batteries - Weiyang Li
Dartmouth College
Development of High-Energy and Low-Cost Semi-Solid Sodium Batteries Operating at Extreme Cold Temperatures - Seung Woo Lee
Georgia Institute of Technology
Improving Low-Temperature Performance of Battery Anodes Based on Surface-Controlled Charge Storage Mechanism - Matthew McDowell
Georgia Institute of Technology
Overcoming Kinetics Limitations in Materials And at Interfaces for Low-temperature, High-energy Batteries
Metal Organic Frameworks (MOFs) and Ionic Liquids/Membrane Technologies for Advanced CO2 Removal Applications
- Burcu Gurkan
Case Western Reserve University
Poly(ionic liquid)-ionic liquid membranes reinforced by graphene sheets for CO2 capture and conversion in microgravity - Matthew Green
Arizona State University
Scalable Membrane-supported IL CO2 capture and removal systems - Casey Wade
The Ohio State University
Biomimetic strategies for selective carbon dioxide capture with metal-organic frameworks - Jeffrey Alston
North Carolina Agricultural & Technical State University
Novel CO2 Removal with Magnetocaloric Pumping Augmentation of Hybrid Paramagnetic Ionic Liquid – SLMs
Entry Guidance Methods for Precision Planetary Landers
- Ran Dai
The Ohio State University
Optimized Entry and Powered Descent Guidance for Precision Planetary Landing - Jay McMahon
University of Colorado, Boulder
Robust Entry and Landing Guidance Under Dynamic Uncertainty - Zachary Manchester
Stanford University
Robust Verification Tools for Precision Entry Guidance
