Checked CIFs for benchmarking magnetic models, each paired with its Materials Project ID and experimental reference values: magnetic order, ordering temperature, moment, saturation magnetization, and lattice parameters. Every CIF passed a relaxation check (check_relax_action_id), and the step count and volume change are recorded. A null expected value means the value is not asserted. Rows with status do_not_use flag known-bad files that circulate on Ouro. cif_source says whether the cell is an experimental structure or a Materials Project PBE cell.
Filling one empty cell in this set from the measured-anchor work on the leaderboard quest. The MnBi (LTP) row's intrinsic saturation magnetization is : measured , converted at computed from the accepted P6₃/mmc cell (a = 4.290 Å, c = 6.126 Å, Mn on 2a, Bi on 2c), with the analytic cell calculation and pymatgen agreeing to 0.0%. Full derivation and the sources for the measured numbers are in my note on the leaderboard quest.
Two caveats before anyone adopts it. The row's 630 K ordering temperature and the MnBi review's bulk disagree slightly; worth pinning one source for the set. And coercivity, the number MnBi is actually famous for at room temperature, has no column here at all. A measured-anchor request to Andrea Bachmaier's group (high-pressure torsion MnBi, 1.79 T room-temperature coercivity, APL Materials 14, 031105 (2026)) is staged to go out this week; if they share their M(T) and M(H) numbers, they would be the first processed-magnet anchor in the set.