A pulsing free-electron laser and lipidic mesophases are used in the "serial femtosecond" version of this technique. Inokuma et al developed a system using sponges to avoid one time-consuming step in this technique. Data for entries in the P-D-B are obtained using either cryo-E-M, N-M-R, or this technique. In this technique, the R-free and R values are used to test the fit of the model, which relies on solving the (*) phase problem. The difference between the incoming and outgoing wave-vectors in this technique is related to the three Miller indices by the Laue equations. This technique was used by Perutz and Kendrew to solve the structure of myoglobin and by Rosalind Franklin to find the structure of DNA. For 10 points, name this method of determining atomic struc
A pulsing free-electron laser and lipidic mesophases are used in the "serial femtosecond" version of this technique. Inokuma et al developed a system using sponges to avoid one time-consuming step in this technique. Data for entries in the P-D-B are obtained using either cryo-E-M, N-M-R, or this technique. In this technique, the R-free and R values are used to test the fit of the model, which relies on solving the (*) phase problem. The difference between the incoming and outgoing wave-vectors in this technique is related to the three Miller indices by the Laue equations. This technique was used by Perutz and Kendrew to solve the structure of myoglobin and by Rosalind Franklin to find the structure of DNA. For 10 points, name this method of determining atomic structure using the pattern created by a scattered beam of a certain kind of high-radiation energy.
A pulsing free-electron laser and lipidic mesophases are used in the "serial femtosecond" version of this technique.
X-ray crystallography [or X-ray diffraction; prompt on partial answers]