Magnetic Field Modelling and Optimization in NMR Spectroscopy Device

Nuclear Magnetic Resonance Spectroscopy is the preeminent technique used to perform advanced quantification of chemical samples. Industries that rely on rigorous quality assurance can quickly take samples of their product and perform extremely detailed chemical analysis to guarantee reactions, and overall product quality. Currently, the spectroscopy devices used are incredibly large and expensive and do much more than fill the needs of the average consumer. A novel approach using a tabletop device has been proposed to fill the market however given the size and price constraints, it is extremely challenging to meet the requirements for magnetic field strength and uniformity. The computer modelling proposed in this project, will provide a detailed numerical representation of the magnet showing the deficiencies and strengths of current designs without having to build every piece and conduct full-scale experimentation.

Faculty Supervisor:

Elise Fear

Student:

Partner:

Discipline:

Engineering

Sector:

University:

University of Calgary

Program:

Accelerate