Date of Award


Document Type

Thesis - Open Access

Degree Name

Master of Science in Space Science


Physical Sciences

Committee Chair

Dr. M. Anthony Reynolds

Committee Member

Dr. Eric Perrell

Committee Member

Dr. Mehmet Sozen

Committee Member

Dr. Charles Vuille


The purpose of this study was to show the relationship of different magnetic field profiles to the acceleration region length of a Hall thruster. The general transport equations were simplified and solved using a one-dimensional analysis. Some of the model assumptions include quasineutrality, Maxwellian electrons, and negligible thruster wall effects. The solved equation kept magnetic field as an input to the model for the analysis. The magnetic field was altered by changing the shape through the thruster, while keeping the maximum point fixed, and by shifting the profile, while keeping the shape fixed. Results indicate a strong correlation between the average magnetic field and the length of the acceleration chamber of the Hall thruster.