PIC Simulations of Multipole Plasma Trap – Loading and Diagnostics

SPACE TECHNOLOGY

Photo of Henrique

This project seeks to model loading and diagnostics in the multipole plasma trap to determine their effectiveness, perturbative effects, and general dynamics. In particular, the particle-in-cell (PIC) program VSim 10.0 from the TechX Corporation will be used [3]. Perturbations from loading the trap or placing a plasma diagnostic (i.e. a Langmuir Probe) will be analyzed to ensure the trap remains effective while being loaded and measured. By completing this analysis, a proof of concept MPT will become feasible and measurements could be done on this novel device. The importance of this project lies in the ability to trap plasma in a new way, which could possibly lead to effective trapping methods for teaching purposes, high temperature/density plasma research, or even relevance to apparatus used in nuclear fusion energy research.

Profile

Name: Henrique H Oliveira Miller, Undergraduate Student

Institution: University of Alaska Anchorage

Major: Electrical Engineering and Mathematics

Mentor: Nathaniel Hicks, nkhicks@alaska.edu

Award: Apprenticeship

Funding Period: 2019 to 2020