Nuclear Energy Option: Analytical Models & Feasibility Codes

A focused codebase for analyzing nuclear fission feasibility and moderator behavior using Python and Jupyter notebooks.

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✨ Features

• K-inf computation models for U-235/U-238 with H2O, D2O, Na moderators
• Analytical/visual feasibility checks with CSV data and interactive plots
• Jupyter Notebook-based workflow for rapid prototyping
• Parametric studies and sensitivity analysis

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🚀 Quick Start/Installation

git clone https://github.com/Nikshay-Jain/Nuclear-Energy.git
cd Nuclear-Energy
# For Python scripts:
pip install matplotlib numpy
python CH4960_inclassassignment.py
python Nucl_assign.py
# For Notebooks:
jupyter notebook Nucl_feasibility_check.ipynb

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🛠️ Usage

• Edit and run Python scripts for custom moderator/fuel ratios
• Open and modify Jupyter notebook for interactive studies
• Visualize results instantly using embedded plotting commands
• Use NuclearFission.csv for source/referential data

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📎 Files

• Nucl_assign.py, CH4960_inclassassignment.py (main models)
• Nucl_feasibility_check.ipynb (Jupyter workflow)
• NuclearFission.csv (input data)

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Tags:

nuclear-engineering, python, jupyter-notebook, fission, energy-analysis, nuclear-moderators, parametric-study, csv