when was it developed?
In 1912–1913
X-ray crystallography
After Von Laue's pioneering research, the field developed rapidly, most notably by physicists William Lawrence Bragg and his father William Henry Bragg. In 1912–1913, the younger Bragg developed Bragg's law, which connects the observed scattering with reflections from evenly spaced planes within the crystal. The Braggs, father and son, shared the 1915 Nobel Prize in Physics for their work in crystallography.
who is robert dirks? An American chemist known for his theoretical and experimental work in DNA nanotechnology. what is the full form of dna? Deoxyribonucleic acid what are the applications of the last technology you mentioned? X-ray crystallography, nuclear magnetic resonance spectroscopy of proteins what are its different types of designs? Structural design, Sequence design what can you tell me about the first type? Representation by a specific arrangement of nucleic acid strands. and the second type? Nucleic acid design is the process of assigning a specific nucleic acid base sequence to each of a structure's constituent strands so that they will associate into a desired conformation. did the chemist have a nickname? UNANSWERABLE where did he study? Wabash College when did he die? February 3, 2015 what is the limitations of the first application of the technology that you mentioned? It can only be performed if the sample is in crystal form; As the crystal's repeating unit cell, becomes larger and more complex, the atomic-level picture provided by X-ray crystallography becomes more fuzzy are there advantages to using crystals? Crystals offer a stronger signal due to their periodicity.
wiki:19669371
X-ray crystallography [SEP] Development from 1912 to 1920
After Von Laue's pioneering research, the field developed rapidly, most notably by physicists William Lawrence Bragg and his father William Henry Bragg. In 1912–1913, the younger Bragg developed Bragg's law, which connects the observed scattering with reflections from evenly spaced planes within the crystal. The Braggs, father and son, shared the 1915 Nobel Prize in Physics for their work in crystallography. The earliest structures were generally simple and marked by one-dimensional symmetry. However, as computational and experimental methods improved over the next decades, it became feasible to deduce reliable atomic positions for more complicated two- and three-dimensional arrangements of atoms in the unit-cell.