Linked from

The 105 pages that link to X-ray crystallography, each with the reason it gives.

• Manne SiegbahnRelated: Precise X-ray wavelength measurements support the analysis of diffraction patterns.

• Solid-state chemistryRelated: It transformed the study of solid structures from inference into direct structural analysis.

• Aaron KlugRelated: Klug’s training in this method informed his later adaptation of crystallographic reasoning to electron microscopy.

• EDSACRelated: Researchers used EDSAC to process calculations arising from crystallographic investigations.

• Fresnel numberRelated: Diffraction geometry and wavelength also determine whether a detector measurement is in the near or far field.

• Triclinic crystal systemRelated: Measured diffraction can reveal the low-symmetry triclinic unit cell.

• Miller indexRelated: Diffraction reflections are assigned indices corresponding to families of crystal planes.

• Thomas A. SteitzRelated: Steitz used crystallography to resolve ribosome structures at atomic detail.

• ÅngströmRelated: Crystal structures often describe interatomic distances in ångströms.

• Brian KobilkaRelated: Kobilka used crystallography to resolve GPCR structures.

• Crystal engineeringRelated: It reveals whether a designed crystal adopted the intended molecular arrangement.

• Hexagonal crystal familyRelated: Diffraction patterns can reveal the lattice symmetry used to assign a crystal family.

• John E. WalkerRelated: Walker’s team used crystallography to resolve ATP synthase’s catalytic architecture.

• Constance TipperRelated: Structural methods such as crystallography helped establish modern accounts of metals and their defects.

• History of biochemistryRelated: Structural determination revealed how biological molecules are shaped at atomic scales.

• Michael LevittRelated: Experimental crystal structures provided key data for Levitt’s modeling and structure comparisons.

• William LipscombRelated: Diffraction measurements supplied structural evidence for boranes studied by Lipscomb.

• X unitRelated: Its diffraction measurements made crystal-based wavelength standards practical.

• Atomic and molecular structureRelated: Diffraction patterns provide precise structural information for ordered solids and molecules.

• Charles BarklaRelated: It grew into a major structural method alongside the atomic spectroscopy Barkla advanced.

• Chromium(II) acetateRelated: Crystallographic measurements revealed the short chromium–chromium separation in the dimer.

• Proceedings of the Royal SocietyRelated: Research reported in the journal has contributed to the development and use of this method.

• Venki RamakrishnanRelated: Ramakrishnan used crystallography to determine ribosomal structures at atomic resolution.