An optimal structural design method is proposed to determine the structures of energy supply systems in consideration of their multi-period operation.
His research group extended its interests beyond purely organic compounds and on to metal complexes (such as copper biuret, one of the first bioinorganic substances to be structurally determined ) and went on to determine the structures of numerous metal complexes of amino acids and peptides.
A systematic attempt to determine the structures of proteins representing every possible fold is known as structural genomics.
It was noted that, although the U-loop shares the same length, it shows striking structural differences among the four strains, indicating both length and sequences determine the structures of the loops.
He then attended the California Institute of Technology (Caltech), where Roscoe G. Dickinson showed him how to determine the structures of crystals using X rays.
Using this equipment researchers will verify the success of a reaction, they will investigate the manner by which proteins fold or misfold (for example in Alzheimer's disease), and they will determine the structures of new superconductors and materials for storing hydrogen.
In 1930, during a trip to Germany, Pauling learned about electron diffraction, and upon his return to California he used this technique of scattering electrons from the nuclei of molecules to determine the structures of some important substances.
For example, current x-ray sources based on synchrotrons have been used to determine the structures of thousands of proteins.
In SPA phase plates allowed to determine the structures of small proteins at near-atomic resolutions.
In addition, terahertz radiation could determine the structures of many complex chemicals, yet is safe for biological use--desirable properties for medical imaging.
In recent years, scientists have used x-rays from particle accelerators called synchrotrons to determine the structures of thousands of crystallized proteins.
