Sentence examples for materials show highly from inspiring English sources

Surprisingly, the new materials show highly efficient and substantial blue shift in fluorescence spectra with more pure color quality, higher thermostability and better moisture resistant properties.

The characterization results revealed that the new materials show highly ordered mesostructure with large surface area and pore diameter, suitable for further applications.

The dynamic properties of viscoelastic materials show highly frequency-temperature dependency and numerical methods for structural systems containing this type of material require accurate mathematical models to describe their dynamical behaviour.

The resulting graphene materials showed highly ordered structure, large surface area (up to 484 m2 g−1) and interconnected hierarchical pore networks with narrow pore size distribution in the large-micropore/small-mesopore range.

The material shows highly promising potential properties for use as a monofilament suture.

The produced carbon material shows highly porous structures with suitable micro/mesopores, appropriate nitrogen content and ultrahigh specific capacitance for this type of active material in supercapacitors.

It is well known that amorphous materials especially chalcogenides show highly reproducible optical edges.

Compared with other solid acid catalysts, the resulting materials show stable and highly efficient catalytic performance in biodiesel production with the highest conversion reaching 73.59%.

An electrode using the interconnected carbon hybrids as active materials shows a highly admirable specific capacitance of 210 F/g at an initial high current density of 3 A/g, a high rate capability with 90.5% capacitance retention at the high current density of 50 A/g, and only loses 1.9% capacitance after 10000 cycles at the current density of 3 A/g.

Among others, such materials show high potential for highly selective recognition in different fields of Analytical Chemistry, such as chemical sensor design.

This emerging class of highly-engineered active materials shows great promise for myriad applications and is a subset of a broader class of polymers with covalent bonds that can be dynamically tuned with various environmental stimuli.