In this study, we evaluated the potential of the popular time series models (1, 1) method and the seasonal decomposition method; multiplicative and additive methods have been applied to simulate groundwater water tables in a coastal aquifer at Fujian Province, South China, and the simulated results are compared by evaluating the root mean square error (RMSE) and regression coefficient (R 2).
Nowadays, new engineering developments that combine computational methods and additive manufacturing are able to overcome the current limitations of conventional ceramic manufacturing methods.
The scalable, binderless, and solventless dry press method and novel additive-free electrode architectures presented here greatly advance both electrode fabrication options, and open up new electrode designs for potential energy storage advancements.
A series of controlling experiments indicate that the shape and size of as-synthesized BiOBr architectures can be tuned effectively by controlling the reaction conditions, such as reaction time, bromine source, synthesis method and organic additives.
These methods are classified into conventional and additive manufacturing methods.
This work reports, reductive-hydroformylation of 1-octene to nonanol in the presence of fine fibrous cobalt oxide (Co3O4) nano-catalyst prepared via urea reduction method under phosphine-free and additive free condition.
For mode mixing caused by the influence of the amplitude and frequency of the signal itself, there are methods included pseudo wave method of additive and subtractive sinusoidal signal, overall average EMD added white noise and so on.
It was found that many of the existing image fusion methods, such as the HPF and additive wavelet transform (AWT) methods, can be accommodated within the ARSIS concept [13], but Tu et al.[47] found that the PCS, BT and AWT methods could be also considered as IHS-like image fusion methods.
Nielsen et al. [ 40] demonstrated that the HWD method was more powerful than the LD method under certain conditions (recessive and additive models), which was also supported by many other studies [ 7, 9, 35, 47- 49].
Finally, to distinguish this review from other articles we focus on research where nanostructures have been utilised in part to fabricate arrays of functioning devices below the sub 50 nm threshold, by subtractive transfer and additive methods.
