Investigation of Near Earth Space Environment with Satellite Data
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Updated
Jan 13, 2023 - MATLAB
Investigation of Near Earth Space Environment with Satellite Data
This repository links to the paper and replication data for one of my publications.
This repository links to the paper and replication data for one of my publications.
This repository links to the paper and replication data for one of my publications.
Introduction and link to my Ph.D. thesis on the aurora.
main ionospheric trough data downloading and labeling
A simple python wrapper of N. A. Tsyganenko Fortran models and Geopack module
Khurana Magnetic Field Model in Python (wrapper)
Data Analysis as part of my Senior Sophistor Research Project
Identify and quantify the duration of relativistic microbursts in the SAMPEX/HILT 20 ms data.
A set of Python functions for processing and converting data in units of particle kinetic energy to units of particle rigidity (typically expressed in GV; gigavolts) and vice versa. This is frequently done in the field of solar system radiation physics.
AE-8/AP-8 Van Allen belt model in modern Fortran
The code was written for the completion of my SS project. The project involved a study of Jupiter's magnetosphere during compression by the solar wind. This code includes the creation of all the figures included in the report.
Easily download and load the SAMPEX data.
Auroral oval model
Calculate the time of flight dispersion of electron microburst precipitation observed by the FIREBIRD-II CubeSats.
Model to automatically identify Cusp Ion-Energy Dispersion Events from DMSP satellite data, associated with publications da Silva et al. 2022 and 2024
A Python-based tool to simulate the effect of interplanetary charged particles and the van Allen belts on count rates and pulse height distributions in simple Cherenkov detectors in space.
This repository links to the paper, replication data, and programs for one of my publications.
Ion production rate of precipitating electrons
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