Removing broken links

doc/requirements/srsd.rst

@@ -336,7 +336,7 @@ TODO: A unit test can be generated with faulty decay chains to determine that th
 
 ISOTXS files contain the multi-group microscopic cross sections, and other nuclear data, for each nuclide being modeled. The multi-group cross sections are used throughout ARMI.
 
-The software shall be capable of reading an ISOTXS file, as defined in `CCCC-IV <https://code.terrapower.com/terrapower/tparmi/blob/develop/doc/reference/nuclearDataIO.rst#cccc-iv>`_, into memory, and writing it out to a file that is exactly the same as the original.
+The software shall be capable of reading an ISOTXS file into memory, and writing it out to a file that is exactly the same as the original.
 
 TODO: A unit test can be created with reads an ISOTXS file generated by MCC, and then writes out the file to another name. The two files can then be compared using a binary file comparison to demonstrate that the contents of the files are identical.
 
@@ -363,7 +363,7 @@ TODO: This can be covered in a unit test; the unit test can be the same as descr
 .. req:: The nuclearDataIO package shall read and write DLAYXS files
 DLAYXS files contain delayed neutron data, such as precursor decay constants and number of neutrons emitted, :math:`\nu_{\mathrm{delay}}`. The DLAYXS data is used to calculate :math:`\beta_{\rm{eff}}`, which is used to calculate reactivity coefficients, and consequently in AOO and accident simulations.
 
-The software shall be capable of reading a DLAYXS, as defined in `CCCC-IV <https://code.terrapower.com/terrapower/tparmi/blob/develop/doc/reference/nuclearDataIO.rst#cccc-iv>`_, file into memory, and writing it out into a file that is exactly the same as the original.
+The software shall be capable of reading a DLAYXS file into memory, and writing it out into a file that is exactly the same as the original.
 
 TODO: This can be covered in a unit test; the unit test can be the same as described for ISOTXS files.