natf 3.6.1

Nuclear Analysis toolkit for Fusion with coupling of MCNP and FISPACT

NATF: Nuclear Analysis Toolkit Framework

Introduction

NATF (Nuclear Analysis Toolkit for Fusion) is a computational framework developed for automating nuclear analysis workflows using MCNP and FISPACT-II. Key features include:

• Activation Analysis (CELL_ACT): Material activation calculations with pre-processing/post-processing automation
  
• Displacement Damage (CELL_DPA): DPA (Displacements Per Atom) predictions for radiation damage studies
  
• Coolant Activation (COOLANT_ACT): Analysis of coolant systems' radioactive inventory
  

Supported code versions: MCNP5 (1.2-1.6), MCNP6 (6.1-6.2), FISPACT-II 3.0+. Source code available at github.com/zxkjack123/NATF.

Installation Guide

System Requirements

• OS: Linux (Ubuntu 18.04+/CentOS 7+ recommended)
• Python: 3.6+ (Recommended 3.10+)
• Prerequisites: numpy, pandas, matplotlib, configparser

Installation Methods

1. PyPI Installation (Stable Releases):

pip install natf --user  # Install as user package

Verify installation:

natf_run --version  # Expected output: NATF version: x.x.x

2. Source Compilation (Development Version):

git clone -b develop https://github.com/zxkjack123/NATF.git
cd NATF
python setup.py install --user  # Install in user space

# Configure PATH (Linux)
echo 'export PATH=$HOME/.local/bin:$PATH' >> ~/.bashrc
source ~/.bashrc

Getting Started

Basic Configuration

Create config.ini:

[general]
aim = CELL_ACT_PRE        # Analysis objective
work_dir = ./natf_run       # Working directory

[mcnp]
mcnp_input = mcnp.inp   # MCNP input file
mcnp_ptrac = ptrac_file    # Particle track data

[fispact]
material_list = mat_list  # Material specifications
irradiation = scenarios.txt  # Irradiation history

Execute Analysis

# Run activation post-processing
natf_run --input config.ini  # Load configuration

Validate Installation

Run test suite:

cd tests/
./ci-run-tests.sh  # Execute verification tests