From 7dfcc480ba1e19bd3232349fc733caef94034292 Mon Sep 17 00:00:00 2001
From: stainer_t <thomas.stainer@oecd-nea.org>
Date: Mon, 8 Sep 2025 13:48:49 +0200
Subject: Initial commit from Polytechnique Montreal

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 doc/IGE335/Section3.00.tex | 60 ++++++++++++++++++++++++++++++++++++++++++++++
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+\section{THE DRAGON MODULES}\label{sect:DragonModuleInput}
+
+The input to DRAGON is set up in the form of a structure containing commands
+which call successively each of the calculation modules required in a given
+transport calculation.
+
+\input{Section3.01.tex} % structure (dragonM)
+\input{Section3.02.tex} % structure (dragonL)
+\input{Section3.03.tex} % structure (dragonG)
+\input{Section3.90_g2s.tex} % structure (dragonG2S)
+\input{Section3.90_g2mc.tex} % structure (dragonG2MC)
+\input{Section3.04.tex} % structures (sybilT) ,(excelT), (mccgT), (snT), (bivacT) and (salT)
+\input{Section3.06_asm.tex} % structure (dragonA)
+\input{Section3.07.tex} % structure (dragonF)
+\input{Section3.08.tex} % structure (dragonE)
+\input{Section3.09.tex} % structure (dragonD)
+\input{Section3.10.tex} % structure (dragonSPH)
+\input{Section3.14.tex} % structure (dragonI)
+\input{Sect3.14MRG.tex} % structure (dragonMRG)
+\input{Section3.18.tex} % structure (dragonTLM)
+\input{Section3.19.tex} % structure (dragonM2T)
+\input{Section3.20.tex} % structure (dragonCHAB)
+\input{Section3.23.tex} % structure (dragonMC)
+\input{Section3.24.tex} % structure (dragonT)
+\input{Section3.25.tex} % structure (dragonDMAC)
+\input{Section3.27.tex} % structure (dragonSENS)
+\input{Section3.28.tex} % structure (dragonDUO)
+\input{Section3.29.tex} % structure (dragonS2M)
+\input{Section3.30.tex} % structure (dragonFMT)
+\input{Section3.31.tex} % structure (dragonFMAC)
+\input{Section3.32.tex} % structure (dragonPSOUR)
+\input{Section3.33.tex} % structure (dragonHEAT)
+\input{Section3.34.tex} % structure (dragonBREF)
+\input{Section3.50.tex} % structure (dragonPSP)
+\input{Section3.51.tex} % structure (dragonCLM)
+
+\section{THE RESONANCE SELF-SHIELDING MODULES}\label{sect:SSModuleInput}
+
+A few DRAGON modules are dedicated to include resonance self-shielding effects in \dds{microlib} and
+\dds{macrolib} structures. Module \moc{VDG:} compute self-shielding discrepancy between a reference
+calculation based on the Autosecol method in module \moc{AUTO:} and more approximate calculations.\cite{autosecol,vdg}
+
+\input{Section3.05_shi.tex} % structure (dragonS)
+\input{Section3.05_tone.tex} % structure (dragonT)
+\input{Section3.05_uss.tex} % structure (dragonUSS)
+\input{Section3.05_auto.tex} % structure (dragonAUTO)
+\input{Section3.52.tex} % structure (dragonVDG)
+
+\section{THE MULTIPARAMETER MODULES}\label{sect:MPOModuleInput}
+
+A few DRAGON modules are dedicated to the production of {\tt multiparameter databases} in a format convenient to
+multiparameter interpolation in the full-core simulation code. Different full-core simulation platforms use specific
+formats and specific file organizations.
+
+\input{Section3.13CFC.tex} % structure (dragonCFC)
+\input{Section3.16.tex} % structure (dragonCOMPO)
+\input{Section3.21.tex} % structure (dragonCPO)
+\input{Section3.22.tex} % structure (dragonSAP)
+\input{Section3.26.tex} % structure (dragonMPO)
+\input{Section3.35.tex} % structure (dragonAPX)
-- 
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