T23 : Tardigrade Mech: Using Boron Nitride Nanotubes for Space Radiation Protection


Students Arielle Ainabe
School HDSB - Garth Webb Secondary School - Oakville
Level Senior 11/12 - Grade 12
Group Group 6 - Physical and Mathematical
Abstract This project will evaluate different matrices for the formulation of a nanocomposite with boron nitride nanotubes (BNNT) and H2. The matrices evaluated are an epoxy (Tetraglycidyl-4,4'-methylene dianiline), thermoplastic (PEEK) and Fayalite. The goal is to thoroughly analyze the composition of a BNNT nanocomposite that outperforms conventional materials used for radiation protection in space and provides proper thermal conductivity, and specific strength. This includes theoretical simulations and an interactive component.
Awards
Group Award Prize
International Science & Engineering Affiliated Fair AwardsMU Alpha Theta Awardcertificate
McMaster University MGD Institute for Infectious Disease Research AwardsMichael G. DeGroote Institute for Infectious Disease Research Internship Award - First Runner-upCertificate & tour
Merit AwardsGold Merit Award$ 100
Grand AwardsPrimary Fluid Systems Pinnacle Third Best in Fair$ 500
McMaster University Women in Engineering Entrance AwardsMcMaster University Women in Engineering Entrance Award$1000 Entrance Award
ISEF Trip AwardsISEF Trip Award
McMaster University Department of Materials Science and Engineering AwardsMaterials Science and Engineering Award - Senior$ 100