25
edits
Resolution: Difference between revisions
→Headline text
(Created this page because I couldn't find this formula on the web.) |
|||
| Line 1: | Line 1: | ||
The resolution of a reflection <math>(hkl)</math> is defined as the inverse of the reciprocal lattice vector, i.e. <math>r = \sqrt{\frac{1}{\mathbf{d}^{*} \cdot <mathbf{d}^{*}}}</math> with <math> \mathbf{d}^{*} = h \mathb{a}^{*} + k {b}^{*} + l \mathb{c}^{*}</math>. | The resolution of a reflection <math>(hkl)</math> is defined as the inverse of the reciprocal lattice vector, i.e. <math>r = \sqrt{\frac{1}{\mathbf{d}^{*} \cdot <mathbf{d}^{*}}}</math> with <math> \mathbf{d}^{*} = h \mathb{a}^{*} + k {b}^{*} + l \mathb{c}^{*}</math>. | ||