Mode-resolved RTA output (.result) for the conventional-BTE calculations.

These files are the direct provenance of the published conventional-BTE curves in
../results/kl_bte_cellV[_boundary2500_iso].dat  -  the analyzer header of each of those
.dat files names the .result it was produced from.

WHAT IS HERE
  BGG_999_lasso1.result          cell0 ("opt." lattice constant)  -  the volume the paper
                                 quotes at 300 K (0.58 W/mK with boundary + isotope)

WHAT WAS REMOVED, AND WHY
  BGG_999_cell-2_lasso1.result
  BGG_999_cell+2_lasso1.result   removed to bring the deposit under the repository size
  BGG_999_cell+4_lasso1.result   limit.  Each is 22.9 MB and they contributed ~9 MB to the
                                 compressed archive.  They are regenerable, and the curves
                                 derived from them are shipped in full in ../results/.

HOW TO REGENERATE ONE
  cd 06_bte/cellV
  xz -dk ../../04_force_constants/lasso_published/cellV__BGG_FPMD800K_random*_lasso1.xml.xz
  anphon input_BTE.txt > BTE.log        # MODE = RTA, 9x9x9 q-grid, ISOTOPE = 2
                                        # FCSXML = the LASSO force constants above
  -> BGG_999_cellV_lasso1.result
Then apply the boundary (2500 nm) and isotope corrections with ALAMODE's analyze_phonons.py
(result analyzer v1.0.4) to obtain kl_bte_cellV_boundary2500_iso.dat.

This is a production-scale run (the originals were done on a cluster), not a desktop job.
