Here are
27 public repositories
matching this topic...
A mobile low-cost spectrometer for measuring radioactivity and the energy of ionising radiation like alpha particles and electrons
Updated
Jun 18, 2021
Python
A Python package for radioactive decay modelling that supports 1252 radionuclides, decay chains, branching, and metastable states.
Updated
Mar 20, 2022
Python
Nuclear radiation sensor with photodiode as a detector. Photodiode doesn't require high voltages as GM tubes do. Smaller size makes better resolution. Side effect is electronic must be more sensitive.
Updated
Nov 6, 2020
MATLAB
IoT Geiger Counter with ESP32, OLED Display, Thingspeak Channel and MQTT
Nuclear radiation sensor with GM tube as a detector. Most common solution, easy to make and relatively cheap.
Updated
Dec 19, 2020
Shell
Gamma-spectroscopy of (irradiated) samples in Python
Updated
Feb 9, 2022
Python
an R package for ShortlivEd RAdionuclide Chronology of recent sediment cores (Bruel & Sabatier, 2020, Journal of Environmental Radioactivity)
Calculates approximate nuclear binding energies to predict radioisotope decay mechanisms
Updated
Jul 28, 2017
Julia
radioactivity decay period
Updated
Mar 5, 2022
Python
Just in case you were worried about gamma rays and only had a Gameboy handy.
Updated
Mar 3, 2017
Assembly
Thermoelectric cloud chamber.
Updated
Jul 1, 2021
OpenSCAD
Device for quantitative analyze energy spectra of gamma-ray sources. Allows to study what radioactive isotopes in what quantities are present in measured sample.
Updated
Oct 9, 2021
OpenSCAD
Simulation of radioactive decay
Cursor theme for the lover of radioactivity...
Updated
Feb 17, 2022
Shell
Python class for Image Processing and Gamma Ray detection using OpenCV, PIL and NumPy libraries
Updated
Oct 17, 2018
Python
TUT FYS-1320 Methods in Physics, 2016-2017
Nuclear radiation sensor with ionization chamber as a detector. Hard to make, IMHO inferior to semiconductor detectors.
☢️ Open hardware for a simple all-in-one geiger counter design using a GMT like the popular SGM-20.
Measuring radioactivity level by using RaspberryPi camera. Currently doesn't work.
Radioactivity unit conversions, halflife, and decay calculations made quick and easy for Flutter and Dart.
Updated
Apr 23, 2021
Dart
Simulation and plotter for radioactive decay
Updated
Jun 1, 2021
Python
solving differential equations, plotting radioactive decay and vector fields, carrying out error propagation, finding extrasolar planets, accessing cosmological simulations
Updated
Apr 13, 2017
Jupyter Notebook
Second physics laboratory training at Heidelberg University with evaluation and data analysis in Python. In total 18 experiments performed and 64 plots created.
Updated
Apr 12, 2017
Jupyter Notebook
Numerical simulation of radioactive decay using Euler method.
Updated
May 31, 2017
MATLAB
Updated
Mar 6, 2021
Jupyter Notebook
A class library to access SARAD instruments, written in Python.
Updated
Mar 18, 2022
Python
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