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In recent years, the development of optoelectronic, electronic and bio devices on flexible substrates has received tremendous interest due to their unique advantages over the rigid-substrates [1],[2].
The topic of compatibility between repair mortars and historic substrates has received great attention, and led to the definition of guidelines for successful repairs [15 17]; however, they have mainly been defined considering mineral binders.
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Flat panel displays based on flexible plastic substrates have received a lot of spotlights for their applications in mobile devices.
While microbial biofilms on marine hard substrates have received considerable attention as specific signals for a wide and phylogenetically diverse array of marine invertebrates, the presumed chemical settlement signals produced by the bacteria have to date not been characterized.
A combination of HA coating on Ti alloys substrate has received many attentions due to their attractive properties such as good biocompatibility and mechanical properties [ 32].
Green-roof thermal and hydrological performance has been extensively studied, but the specific effect of substrate moisture has received little attention.
Mechanical self-assembly of ordered patterns via spontaneous buckling of thin-film/soft-substrate systems has received considerable interests in recent years.
In contrast, the catalytic oxidation of non-activated primary alkylamines, which are natural substrates for CuAOs, has received little attention, probably because the generated alkylimines very easily isomerize into the unstable enamine tautomers.
Compared to the above substrates, single-crystal silicon has received relatively little attention for direct graphene growth via CVD.
In addition, lactose, one of the preferred soluble substrates for industrial cellulase production, has received only limited interest [ 26, 27].
The paper is also an important substrate for flexible printed electronics, which has received broad interest because of its huge commercial value [48, 49].
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