Sentence examples for microcapsules were studied from inspiring English sources
Thermal properties, morphology and thermal stability of the optimal microcapsules were studied using DSC thermograms, Scanning Electron Microscopy (SEM) and thermogravimetry analysis (TGA), respectively.
The self-healing properties as well as anticorrosive performance of encapsulated microcapsules were studied in polyurethane coating.
Microcapsules were studied by DSC, SEM, optical polarized microscope, and by thermooptical analysis (TOA).
Microcapsules are studied also by scanning electron microscopy (SEM).
Thermal behavior of microcapsules was studied by differential scanning calorimetry (DSC), and by thermooptical analysis.
The influence of the PMMA average molecular weight (MW), the kind of core material, and the mechanical mixing rate on the mechanical properties of the microcapsule shell were studied using the Taguchi experimental design approach.
The chemical stability of synthesized microcapsules and the trigger performance were studied respectively in simulated concrete pore solution and hardened cement paste specimens.
Calcium alginate microcapsules, with or without probiotic bacteria, were studied using conventional scanning electron microscopy (CSEM), cold-stage scanning electron microscopy (cryo-SEM), and transmission electron microscopy (TEM).
Protective coatings containing polymer microcapsules loaded with water displacing alkoxysilanes were studied by means of a new apparatus allowing the study of advancing and receding contact angles during the simultaneous stretch forming of the coated substrate.
Water-based acrylic coatings containing various amounts of different microcapsules were prepared and their tensile properties were studied.
The growth kinetics of established human colorectal tumour cell lines (HT29, HT115 and COLO 320DM) and human diploid fibroblasts (Flow 2002) were studied in conventional culture and in microcapsules formed from alginate-poly L-lysine -alginate membralginate-poly L-lysine -alginate
