Small angle x‐ray scattering. Von O. GLATTER und O. KRATKY. London: Academic Press Inc. Ltd. 1982. ISBN 0‐12‐286280‐5. X, 515 Seiten, geb. £ 43,60; US $ 81.00

Structural basis for the allosteric regulation of Human Topoisomerase 2α

“…We confirmed this prediction by analyzing the CTD structure in solution using Small Angle X-ray Scattering (SAXS). The Kratky plot derived from the scattering curve showed a plateau for high scattering vector q-values, typical of unfolded proteins, in contrast with the Gaussian curve observed in globular domains 33 (Supplementary Fig. 9).…”

Effect of Oleylamine on the Surface Chemistry, Morphology, Electronic Structure, and Magnetic Properties of Cobalt Ferrite Nanoparticles

“…In the present case, the scattering occurs due to density fluctuations arising from the primary spherical CFO NPs. The scattering profiles of all the samples have been analyzed based on the polydisperse spherical shell particle model under monodispersed approximation [ 36 , 37 ]. Figure 2 a–c shows the scattered intensity profiles and the fitted curves for all the samples.…”

Engineering the Core Units of Small‐Molecule Acceptors to Enhance the Performance of Organic Photovoltaics

“…Based on SAXS theory, exponents of –1 and –2 are characteristic of rod‐ and disk‐like domains, respectively. [ 26 ] Figure 6b shows the 1D GISAXS profiles of the PTQ10:Y7, PTQ10:ID‐4Cl, PTQ10:m‐ITIC‐OR‐4Cl, and PTQ10:IT‐4Cl blend films. In the low‐ q region, the GISAXS profiles of these blend films exhibited power‐law scattering at the exponent of –2 or slightly lower, indicative of a disk‐like morphology for the acceptor domains being the dominant contributor to the GISAXS intensity.…”