The ORIGEN nuclear code is a specialized computational tool in nuclear engineering, primarily designed for simulating the depletion, decay, and buildup of radioactive materials. It serves as a powerful isotope generation and depletion code, widely used for calculating burnup, decay heat, and isotopic inventory in nuclear fuels. ORIGEN finds applications in both academic research and the nuclear power industry, supporting reactor design, safety analysis, and radioactive waste management. It is capable of modeling various reactor types, including Light Water Reactors (PWRs/BWRs) and research reactors. Today, ORIGEN is often integrated as a key module within the SCALE code system, enhancing its utility for comprehensive nuclear fuel cycle analysis.
The ORIGEN 2 code is established as a standard tool for calculating isotope generation and depletion in nuclear reactors. The success of this code is entirely dependent on the accuracy and completeness of its nuclear...
Tutorial: Getting Started with ORIGEN 2.1 - Understanding the Basics Topic: Chapter 1 - Introduction (ORIGEN Code Evolution, Purpose, and Manual Structure) Objective: By the end of this tutorial, you will understand why ORIGEN2 was created, what...
CHAPTER 1: INTRODUCTION ORIGEN Code Evolution and Updates Purpose and Scope of ORIGEN2 Report Organization Overview CHAPTER 2: GENERAL CONSIDERATIONS ORIGEN2 MAIN Routine Functions Variable Dimensioning System Free-Format Input Rules Command Concept Implementation Vector Organization (Output...
Download ORIGEN Nuclear Code - Complete Guide & Applications The ORIGEN code (Oak Ridge Isotope Generation) is a premier computer code developed and maintained by Oak Ridge National Laboratory (ORNL). It is an industry-standard tool for simulating the...
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