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Fix docs #199
Fix docs #199
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hey olek, sorry for the late review but everything looks good. Let see if Nathan has anything to add.
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Looks good! I made a few suggestions, but only minor things. Let me know if you'd like me to merge.
doc/methods/reprocessing.rst
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A material flow represents a material with a given | ||
volume, density, temperature, and nuclide composition. |
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Represents the flow of a material?
doc/methods/reprocessing.rst
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a. The mass of the sum is :math:`m_{1+2} = m_{1} + m_{2}` | ||
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b. The composition of the sum is :math:`N_{1+2} = \frac{N_{1} * m_{1} + N_{2} * m_{2}}{m_{1} + m_{2}}` |
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Consider including in the above paragraph if N
and m
are vectors, scalars, etc.
doc/methods/reprocessing.rst
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2. An extraction efficiency, :math:`\epsilon`, for target element(s). | ||
3. A method to apply the process on a :class:`saltproc.Materialflow` object. |
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Remove periods for consistency with previous lines
doc/methods/reprocessing.rst
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SaltProc does not currently track the volume and mass flow rate of waste streams. | ||
In practice, since it is extremely resource intensive to separate individual | ||
isotopes, SaltProc only allows extraction efficiencies to be defined for | ||
elements. So, for any isotope :math:`a` of xenon, |
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You could also mention here that for MSRs, chemical processes operate on elements, so having isotope specific extraction efficiencies is not required
@LukeSeifert it's been a hot minute but I just addressed your comments. If this is good to go lmk. |
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Looks good!
Summary of changes
This PR fixes the docs not deploying. This is due to a mismatch between the dependencies of v0.4.0 and earlier versions, and v0.5.0.
This PR also removes unused sections of the theory manual, and fleshes out a mathematical description of reprocessing in SaltProc
Types of changes
Required for Merging
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