In spite of these superior characteristics, practical applications of CNT field emitters to devices particularly requiring high-voltage operation are limited due to unstable electron emission properties of the CNT emitters.
These encouraging results confirm a great potential of our proposed electrode in developing energy storage devices based on VO2 electrode materials with superior performances for practical applications.
It is widely accepted that phosphor particles with a spherical shape may exhibit superior luminescence and have advantages in practical application over other morphologies, owing to the fact that the spherical shape may minimize the light scattering on particle surfaces and a denser luminescence layer can be constructed via close packing of the spheres [6, 7].
This brilliant coup completed the Copernican program to replace the old worldview with an alternative that was far superior, both in conceptual principle and in practical application.
The results of this study show the practical application of training method which is superior to traditional training by 7%% compared to traditional training.
If the symmetric threshold is less than the proposed asymmetric threshold, the proposed TAVT model is superior to symmetric coding, otherwise, the proposed TAVT model has no obvious advantages and practical application value.
In particular, N-doped carbon materials (NCs) exhibit comparable or superior electrocatalytic activity to Pt-based catalysts and also demonstrate high potential in the practical application of ORR-related devices [23, 24, 25, 26].
For practical application, it is required that a gas sensor not only has superior sensor response and quick response/recovery process but also possesses good selectivity to the target gas.
Excellent electrochemical stabilities and superior electrocatalytic activities of inexpensive counter electrodes (CEs) play an essential role in the large-scale practical application of dye-sensitized solar cells (DSSCs).
The superior properties of full cell indicate that the spherical Si/C granules are an attractive alternative toward the practical application in Li-ion batteries.
Despite its superior performance, AQP based membrane faces several challenges associated with the design and preparation of such membranes for practical application.
