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Home Raw Reverence Third Camp Simply Wired Some Science About

Poor Little Kid's Space

Third Camp

Simply Wired

Look Inside Radiation Tracks

Medical Image Processing

Photon Interactions

Monte Carlo Radiation Transport

Introduction to FLUKA

Introduction to FLUKA From experiments to simulation A little more specific Blackhole is not vacuum History Examples Running After the run Not quite what we wanted Detective Files and extensions The first input file Decks and syntax Terminal-Flair correspondence Preprocessor Preprocessor example Range of involvement User routines Applications of user routines Heart of the code Geometry Bodies, regions, materials Names or numbers 2D plot We are going to move One way of doing it A shortcut Errors!Errors explained Complex geometries Combinatorial geometries Boolean Input decks, 2D and 3D plots 2D sectioning An empty 2D section More 2D sections Another example An empty section An easy example Auto-scanning for errors Lattice One prototype, any number of lattices A single edit does it Rot-defi Voxels Examples of voxel geometry Defining voxels Memory Scoring or tallying Normalization Normalization: an example Spatial bins or mesh tally AUXSCORE Volume Energy balance Contributing components USRBIN on voxel geometry Track-length apportioning How track-length apportioning works When to use More scoring RESNUCLEi RESNUCLEi explained Counters Secondaries from inelastic collisions Number of stars Stopping particles

Radiotherapy

Machine Learning

Astronomy

Introduction to FLUKA

Here’s where to find FLUKA.

And here’s where to find FLAIR, the graphical user interface (GUI) for FLUKA and other radiation-transport codes.

Monte Carlo Radiation Transport

Introduction to FLUKA

From experiments to simulation

© 2005-2026 Mary PW Chin