Hermann–Mauguin notation is unusually preferred to Schöenflies ("SHOW"-un-flees) point group notation when using this technique. Isomorphous replacement of uranium improves this technique's results. The precision of this technique is reported as an 
Hermann–Mauguin notation is unusually preferred to Schöenflies ("SHOW"-un-flees) point group notation when using this technique. Isomorphous replacement of uranium improves this technique's results. The precision of this technique is reported as an "R factor," which is a normalized difference in structure factors. The analyte is ground into a powder in the Debye–Scherrer (deh-BYE SHUR-ur) form of it. Dorothy Hodgkin was a pioneer of this technique, which occurs in a goniometer (goh-nee-AH-met-ur) that spins the sample tube so that one can find the glide planes, the screw axes, and the Miller indices. The von Laue (vawn LAW-uh) and Bragg equations give mathematical backing for this technique, which is used to solve protein structures. For 10 points, name this analytical technique in which high-energy radiation diffracts through an ordered sample.
Hermann–Mauguin notation is unusually preferred to Schöenflies ("SHOW"-un-flees) point group notation when using this technique.