SCALE 6.3

How to Cite SCALE 6.3 Learning Modules

To assist users in citing the SCALE 6.3 Learning Modules, the following guidance is being provided below:

Call out a specific module or section in the text by reference number or in author–date format,
Name the website owner as the author,
Include “n.d.” as the date,
Place the module or section name in quotation marks,
Add the name of the website,
Add the date the author accessed the site, and
Include a link to the module or section cited (or in the case of a linked PDF, the landing page with the links for all the modules or sections).

For example, to cite the CADIS module, the callout in the text could be written as (Oak Ridge National Laboratory, n.d.) or called out numerically, and the citation in the reference list could be formatted like this:

Oak Ridge National Laboratory. n.d. “CADIS: Consistent Adjoint Driven Importance Sampling.” SCALE 6.3. Accessed June 19, 2024. https://www.ornl.gov/content/scale-63.

Learning Modules

BWR and PWR Lattice Design with Polaris

CADIS: Consistent Adjoint Driven Importance Sampling

Creating ORIGEN Libraries with Library Builder

Creating ORIGEN Reactor Libraries with TRITON

Criticality Accident Alarm System CAAS Modeling with SCALE

CSAS Sequence and Monte Carlo theory

CSAS TRITON Mesh Tallies

Decay Heat Validation

Depletion Calculations with TRITON

How does SCALE Work?

How the PMAXS Systems Operates

Introduction into Cross Section Functionalization

Introduction to the CSAS Sequence

Introduction to LWR Core Analysis with Polaris-PARCS

Introduction to ORIGEN

Introduction to the ORIGEN + ARP Depletion Workflow

Introduction to Sampler

Inventory Interrogation

KENO V.a Geometry

KENO-VI Geometry

KENO: Visualizing Models and Data

MAVRIC Course Review and Outlook

MAVRIC/Monaco

Multigroup Cross Section Processing

NEWT: SCALE General Geometry 2D Transport Kernely

Non-LWR Inventory Generation Approaches & Lessons Learned

Nuclear Data Libraries and Composition Descriptions

Nuclide Inventory Validation

OBIWAN ORIGEN’s Helpful Command Line Utility

ORIGAMI Detailed Input for Rapid Spent Fuel Calculations

ORIGAMI for Rapid Fuel Depletion Calculations

ORIGEN Advanced Processing Options

ORIGEN Data

ORIGEN Decay Calculations Basics

ORIGEN Reactor Libraries

ORIGEN Sensitivity

ORIGEN Status – Fixed in 6.3.0 to 6.3.2 / Upcoming 7.0

Overview of Depletion/Decay Sequences and Relevant Files

Overview of Polaris-GENPMAXS-PARCS Calculation Procedure

PARCS Input

PARCS Applications – Core Depletion and Reactor Statics

PARCS Applications – 3D Reactor Dynamics for Safety Analyses

Post-Processing ORIGEN F71 Files – OPUS and OBIWAN

Radiation Emission Calculations in ORIGEN

Sampler for Nuclear Criticality Safety Applications

SCALE Overview

Simultaneous Optimization of Several Tallies with FW-CADIS

Statistical Uncertainty Analysis with SAMPLER

TRITON-NEWT Model Development – Best Practices, Tips, and Tricks

TSUNAMI-3D

TSUNAMI-IP Tool for Similarity Assessment