Beyond this concentration, phase size starts to increase.
As synthesized material was characterized by XRD and FESEM for its phase, size and morphological characteristics.
There are clusters of crystal phase size 10 to 15 nm in an amorphous matrix.
The phase size decreased with the increase of the Fe content.
The matrix phase size, morphology and distribution of SiC particles throughout the stir castings were examined.
Rheological properties depend on the concentration of internal phase, size of droplets, and the nature of the used surfactant.
The chemical purity, crystalline phase, size distribution, surface area and morphology of the produced nanoparticles are discussed in detail.
The smaller the dispersed phase size, the higher the resistance to oil and thermal aging.
While both methods compatibilized blends, in situ formation reduced the minor phase size further.
Results show that ultrasound irradiation lead to stable morphology with reduced disperse phase size.
The phase size of PVDF/PS binary blend was decreased at addition of PVDF-g-PS.
