Table 3. 2D-LCs between {001}Bss and {10.4}Cc .
The form {001}Bss should have slices of thickness d 002, as required by the constraint 00l → l = 2n. Cases 4a and 4b are provided in Table S1, as the bassanite sides are not parallel to the 〈441〉 sides of calcite
| Ranking | {10.4}Cc lattice vectors (Å) | {001}Bss lattice vectors (Å) | Maximum linear and area misfit (Δ%) | Obliquity (°) | Notes |
|---|---|---|---|---|---|
| Case 1 | 1/3[441] = 12.855 | 2[010] = 13.860 | +7.82 | [120]Bss twin axis | |
| 4[010] = 19.958 | [120] = 18.349 | −8.79 | |||
| 2D cell area (Å2) and multiplicity | 161.733 (4×) | 166.583 (2×) | +2.99 | 1.85 | Opposite linear misfits |
| Case 2a | 1/3[441] = 12.855 | [110] = 13.883 | +7.99 | [120]Bss twin axis | |
| 1/3[4.14.1] = 21.540 | 3[010] = 20.780 | −3.61 | |||
| 2D cell area (Å2) and multiplicity | 242.60 (6×) | 249.87 (3×) | +2.99 | 4.34 | Opposite linear misfits |
| Case 2b | −1/3[441] = 12.855 | −[110] = 13.883 | +7.99 | [140]Bss | |
| 6[010] = 29.938 | [140] = 30.208 | +0.90 | |||
| 2D cell area (Å2) and multiplicity | 242.60 (6×) | 249.87 (3×) | +2.99 | 2.48 | Coherent linear misfits |
| Case (3) | 2/3[411] = 19.032 | [120] = 18.349 | −3.72 | [210]Bss twin axis | |
| 5[010] = 24.948 | [210] = 25.017 | +0.276 | |||
| 2D cell area (Å2) and multiplicity | 404.33 (10×) | 416.46 (5×) | +2.99 | 6.71 | Opposite linear misfits |