| 11. | Symmorphic space groups can be obtained as combination of Bravais lattices with corresponding point group.
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| 12. | The Bravais lattices in the hexagonal crystal family can also be described by rhombohedral axes.
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| 13. | This reduces the number of combinations to 14 conventional Bravais lattices, shown in the table below.
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| 14. | The Bravais lattices may be considered as representing "'translational "'symmetry operations.
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| 15. | Mathematically, crystals can be described by a Bravais lattice with some regularity in the spacing between atoms.
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| 16. | According to the Bravais lattice symbol,'A'refers to single face centering of the motif.
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| 17. | Light directional due to the typical anisotropy of crystalline substances, which includes their symmetry group and Bravais lattice.
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| 18. | The FCC lattice is a Bravais lattice, and its Fourier transform is a body-centered cubic lattice.
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| 19. | This group of atoms therefore repeats indefinitely in three dimensions according to the arrangement of one of the Bravais lattices.
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| 20. | The Bravais lattices were studied by Moritz Ludwig Frankenheim in 1842, who found that there were 15 Bravais lattices.
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