Sentence examples for morphology studies of from inspiring English sources
Preliminary morphology studies of the formed gels by scanning electron microscopy (SEM) were performed.
Morphology studies of the ternaries at increased polyolefin compositions revealed a stratified structure, making its applicability as a barrier structured blend feasible.
Morphology studies of the polymer powder samples were carried out with a Hitachi S-4300 SE/N field emission scanning electron microscope (FESEM) (Hitachi, Tokyo, Japan) operated at 20 kV.
Morphology studies of the dried-up magnetite samples performed using scanning atomic and magnetic power microscopy (Solver PRO-M device) revealed their inclination to form the aggregates with size up to 500 nm.
In this work, we report the surface morphology studies of In x Ga1 − xAs QDs by atomic force microscopy (AFM) measurement as the impacts of various AsH3 flow periods during cooling and indium composition in the QD formation.
Morphology studies of grown samples were done by Scanning Electron Microscope (FEI, Nova Nano Sem 450), and HRTEM (FEI, Technai G2 30S Twin), whereas micro-Raman spectrometer with 488 nm Ar+ laser (LabRAM HR800, JY) and XRD (Rigaku) were used for structural analysis.
Preliminary morphology study of PBSU/PVPh blends was also studied by optical microscopy (OM).
A comparative phase morphology study of the polymer blends and SPNs revealed the more compatible phase morphology of the networks.
Thermal analysis was performed by differential scan calorimetry and thermogravimetric analysis methods; scan electron microscopy was used for morphology study of the composites.
Spectroscopic and SEM morphology study of the iron-metallogel revealed that the iron complex with dicarboxylic acid was linked together via carboxylates and led to a supramolecular helical like architecture.
Phase morphology study of DMDSB SEO revealed that, compared with DSB SEO, there was much less crystallization of OEO segments and the solubility of lithium salt had increased greatly.
