Sentence examples for material achieved from inspiring English sources
In vivo study, conjugated VEGF on alginate exhibited sustained promoting angiogenesis property after subcutaneous transplantation by histology study and islets encapsulated in this material achieved long term therapeutic effect (up to 50 days) in the diabetic mice model.
Encouragingly, devices with 4T- FN-Br 2 as interfacial material achieved a high power conversion efficiency of 8.4T- FN-Br 2on thieno[3,4T- FN-Br 2ene/benzodithiophene (PTB7): [6,6]-phenyl-C71-butyric asinterfacialster (PC71Bmaterialght-hachievedg layer.
This nanocomposite material achieved an overall reversible capacity of 995.3 mAhg-1 after 200 cycles, which can be attributed to the high surface area and the large mesoporous volume of Cr2O3 nanoparticles interconnected with highly conducting network of CNTs.
From this work, it is clear that rGO SD can be significantly reduced by oxidizing (achieved here by CV cycling) and by more fully charging the rGO material (achieved through repeated charge/SD cycles).
Herein, we report high minority-carrier lifetimes exceeding 3 milliseconds (ms) in n-type NOC-Si material, achieved through a strict impurity-control procedure at the growth stage that prevents in-diffusion of impurities to the melt, coupled with a tailored defect-engineering process via optimized phosphorus gettering.
However, adding a CNF or CNT modified resin interlayer significantly increased the fracture toughness, with the highest improvement over the baseline material achieved by adding long GPS-CNTs in the interlayer (79% and 91% for mode I and mode II onset toughness, respectively).
As a result, the material achieves a world-record ZT of 2.2.
The previous reports have demonstrated that incorporating magnetic particles and dielectric material achieves great enhancement in microwave absorption properties [14 18].
The latent heat storage uses the regenerative material achieving phase change heat storage, which is implemented on the solar thermal power generation.
This is a process similar to simulated annealing where the material achieves a stable state by slowly decreasing the temperature.
Finally, the material achieves a near-metallic conductivity, predestining it for applications where, for instance, static electric charging needs to be avoided, or lightning-strikes tolerated.
