Sentence examples for morphology with interconnected from inspiring English sources

SEM analysis of the CaPAlg hydrogels showed highly porous morphology with interconnected pores of width in the range of 100 800 μm.

Obtained results demonstrated that the hydrogels possess a porous morphology with interconnected pores, 50% in vitro degradation after 7 months, and satisfied biocompatibility on L929 fibroblast cells.

The cryo-composites showed a tube-like porous morphology with interconnected parallel micro-channels, the distance between the channel walls being around 15 μm.

The results of characterizations show that the MoS2/graphene composites exhibit a graphene-like morphology with interconnected network, in which single- or few-layer MoS2 sheets are homogenously dispersed and well anchored on the graphene surface.

Moreover, the combined TIPS/oil-in-water emulsion technique allows for the production of microspheres with isotropic pore morphology with interconnected spherical pores of 30 70 μm and well-formed porous microspheres of 10 200 μm in diameter with an open porous surface.

The unique architectures morphology with porosity and interconnected channels has great advantages since it can effectively increases the contact surface area with electrolyte, which could significantly not only enhances surface area but also the ion/electron diffusion.

They showed that the CS retained the morphology of Nukbone® with interconnected pores and their size between 100 and 500 μm, and it is composed of 20% by weight of HA and the rest is collagen type I.

The unique "concave" graphitic nanostructure, prepared in porous templates with morphology of interconnected arrays, makes nanocarbon electrodes a good lithium-ion intercalation medium and, more importantly, robust nanocontainers to effectively confine high-capacity silicon nanoparticles for lithium-ion storage.

At these conditions, the obtained nanocellulose presented high crystallinity index (75.3%), spider-web-like interconnected network morphology with the average width of 31.2 ± 14.3 nm.

The resulting materials have nominal porosity of 80% and a well-defined, interconnected pore morphology with average pore diameters ranging from 30 to 50 μm.

The results of SEM, TEM, TGA and mechanical analysis revealed irregular interconnected rough morphology with homogenous distribution of needle shaped particles having average size ranging between 12 and 19 nm, possessing higher thermal stability and mechanical strength, respectively relative to CHA (binary) nanocomposite.