Sentence examples for much improved electrical from inspiring English sources

Compared to MOCVD SiO2 interlayer, in situ PEALD SiO2 exhibits much improved electrical properties.

It has been reported that graphene/polymer composites exhibit much improved electrical and mechanical properties when compared to CNT/polymer composites [22, 23].

It highlights the attractive features of the design, like single-size Beryllium beds, large admissible neutron wall loads (NWL) and much improved electrical efficiency.

Moreover, a much improved electrical conductivity of the otherwise insulating polythiophene has been achieved by in situ doping with iodine (I2).

After a brief exposure to nitric acid (HNO3) vapor, the films exhibited much improved electrical conductivity while preserving their other properties.

The efficient TOS procedures of the isotactic PAN (co polymer precursors resulted in carbon materials with high degrees of crystallinity and high amounts of sp2 clusters, affording much improved electrical conductivities.

The strong covalent bonding between the epoxy and rGO and the highly aligned, ultralarge rGO sheets give rise to a remarkable percolation threshold of 0.12 vol.%, as well as much improved mechanical, electrical and thermal properties of the composites in the alignment direction.

Water delivery was improved, electrical service extended.

In this research, we demonstrated that the polymer composites with much improved thermal conductivity while maintaining low electrical conductivity, which could be achieved via using hybrid 2D stacked filler and controlling the alignment of the filler in polymer matrix.

Impressively, the multiple σ-π conjugated host materials also exhibit independently modified the electrical properties without influence the photophysical properties, rendering much improved device performance with maximum external quantum efficiency of 15.8% in blue phosphorescent organic light-emitting diodes (PhOLEDs).

As a new class of materials, polymer clay nanocomposites exhibit much improved properties including mechanical, thermal, gas and liquid barrier, flame retardancy, optical and electrical properties as well as better biodegradability compared to the pure polymer, which make these materials for instance interesting for packaging and automotive industries [ 1].