The phrase "distinguished advantages" is correct and can be used in written English.
It refers to notable or exceptional benefits or advantages that set something or someone apart from others. Example: "The new smartphone model boasts distinguished advantages over its competitors, such as longer battery life and a sleeker design."
Atomic layer deposition (ALD) has distinguished advantages over others for its precise thickness control, extremely conformal surface coating for nanostructures, large area uniformity, and low growth temperature [19-21] [19-21]
One comparative example is proposed to show the distinguished advantages our method offers over existing methods.
Obviously, this approach takes distinguished advantages on real-time ability, image distortion and the practical value.
All in all, the SATCS-derived CuO@TiO2-Al2O3 OC exhibited distinguished advantages of preventing the side reaction between CuO and Al2O3 to form copper aluminates as well as inhibiting the OC sintering, which could be a suitable OC candidate for commercial application in chemical looping with oxygen uncoupling (CLOU) processes.
The resulted material, i.e. highly graphitic carbon (GC, carbonized from ZIF-67) on nitrogen-doped carbon (NC, carbonized from ZIF-8) (NC@GC), combines the distinguished advantages of NC, including high surface area, presence of Co doping and high nitrogen content, and those of GC including high crystallinity, good conductivity and stability of GC.
Therefore, RMI is a hybrid imputation method, and has several distinguished advantages over other methods for restoring the missing expression gene values.
As the results of the evolution of species, grading structures widely exist in the nature and display distinguish advantages.
The proposed algorithm has some distinguish advantages, such as regular Cooley-Tukey FFT-like data flow, identical post-scaling factor, and arithmetic-sequence rotation angles.
As one of their distinguishing advantages, static models can be retrieved directly from the source code (i.e. without requiring the execution of the target system).
This paper focuses on different automatic monitoring system architectures for real-time beehive temperature monitoring, distinguishing their advantages and disadvantages.
In particular, this work distinguishes the advantages of the second method, considering that its application allows the controllers design in a simple way for the different inverter control loops.
