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Merge pull request #1 from openmsr/luke

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Aslak Stubsgaard 2022-07-01 18:00:42 +02:00 • committed by GitHub
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core/docs/msrecore.tex
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@ -51,7 +51,7 @@
\section{\emph{introduction}}
the design and dimensions of the molten salt reactor experiment is detailed in several ornl reports. this document aims at providing a comprehensive overview of the core design, dimensions, and materials, for the purpose of creating an accurate cad model of the reactor core. \\
care is taken to give proper references to the original data, figure, tables, etc. likewise, any quantity or feature laking documentation or reference not yet found will be estimated or extrapolated from the available information.
care is taken to give proper references to the original data, figures, tables, etc. likewise, any quantity or feature lacking documentation or reference not yet found will be estimated or extrapolated from the available information.
@ -65,7 +65,7 @@ an isometric view of the msre core can be seen in figure \ref{3229-fig1}
\end{figure}
\textcite[page 1]{ornl-tm-3229} states about the flow through the reactor:
\enquote{\textit{the fuel enters the reactor vessel at 1200 gpm through a constant flow area volute near the top of the cylindrical section. because of the vaiable pressure gradient in a volute of this type, orifices are used to obtain a uniform angular flow distribution to the core wall cooling annulus. the fuel then swirls down the core wall cooling annulus and into the reactor vessel lower head. radial vanes are placed in the lower head to destroy the swirl generated by the volute. the lower head then serves as a plenum to direct the fuel uniformly to the moderator region. the moderator region is composed of log graphite core blocks, square in cross section, and with grooves cut longitudinally in the 4 faces. when these stringers are assembled vertically together, the grooves form the fuel passages... after passing through the moderator, the fuel then goes into the vessel upper head which serves as a collection plenum and directs the fuel to the outlet pipe.}}
\enquote{\textit{the fuel enters the reactor vessel at 1200 gpm through a constant flow area volute near the top of the cylindrical section. because of the variable pressure gradient in a volute of this type, orifices are used to obtain a uniform angular flow distribution to the core wall cooling annulus. the fuel then swirls down the core wall cooling annulus and into the reactor vessel lower head. radial vanes are placed in the lower head to destroy the swirl generated by the volute. the lower head then serves as a plenum to direct the fuel uniformly to the moderator region. the moderator region is composed of log graphite core blocks, square in cross section, and with grooves cut longitudinally in the 4 faces. when these stringers are assembled vertically together, the grooves form the fuel passages... after passing through the moderator, the fuel then goes into the vessel upper head which serves as a collection plenum and directs the fuel to the outlet pipe.}}
table \ref{61246-tab4} gives many of the key dimensions of the core \ref{3229-fig1}.
@ -109,7 +109,7 @@ the arangement of the graphite stringers are detailed in figure \ref{4174-p10-p1
\subsection{\emph{lower and upper vessel plenum}}
\textcite[page 14]{ornl-tm-3229} states about the lower vessel plenum:
\enquote{\textit{the lower plenum of the core vessel is formed by a standard 60 in. od asme flanged and dished head}} and \textcite[page 25]{ornl-tm-3229} states about the upper vessel plenum:
\enquote{\textit{the reactor vessel upper plenum is similar to the lower plenum in that it is forme from a standard asme flanged and dished head}}.
\enquote{\textit{the reactor vessel upper plenum is similar to the lower plenum in that it is formed from a standard asme flanged and dished head}}.
\subsection{\emph{flow distributor and annulus}}