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Unexpectedly, the bromophenyl group functionalization on BLG does not obviously increase both types of scattering, indicating that the BLG is relatively more resistant to charge- or defect-induced scattering.
The platinum nanocrystal arrays were characterized by scanning electron microscopy and synchrotron X-ray scattering indicating that they are single crystalline and oriented.
In contrast, PEGylated ConA's interaction with PAH+ showed relatively no change in scattering, indicating no aggregate formation.
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Dynamic light scattering indicated a percolation-to-cluster transition about 3 5 min following phase separation.
X-ray scattering indicated a polymorphic structure also including the orthorhombic (110) and (200) diffraction peaks.
Raman scattering indicates that the DLC films at different locations have a similar structure.
The characterization by scanning electron microscopy and light scattering indicated that high concentrations of TCS seemingly caused the increase of NP mean size.
Atomic force microscopy and x-ray scattering indicate that the rigid poly phenelyne) backbone results in a highly homogeneous intermediate phase containing large, disperse, and hydrophilic aggregates.
Dynamic light scattering indicated that the diblock copolymer, with or without knob, is able to self assemble into nanoparticles ~ 40 nm in diameter.
Studies of vanillin in 2-propanol D2O 2-propanol D2Osmixturegle neusing smallering indicanglehe existeneutronaggregatescatteringolutindicater thecrystallization.
Second harmonic generation and small angle X-ray scattering indicate these molecules self-assemble into multilayer polar structures when cast from ethyl acetate solutions and segregate into polar polydomains when annealed.
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