This result is discussed in terms of electrocatalyst accessibility modification related to the nanostructure of the films.
It is well known that the position and shape of the SPR peak is closely related to the nanostructure shape and to the surrounding medium [22, 23].
The performances of the e-noses used for the detection of toxic volatiles or anticipated diagnosis of diseases are closely related to the nanostructure of their conductive polymer composite (CPC) vapour sensors.
A simple quantitative nanostructure-activity relationship model relating the surface substituent properties to the inhibition potential was then established for the six competitive inhibitors.
To relate the size of the fabricated nanostructure to the laser parameters and to regulate the size of these structures, a particle size distribution study was performed on the fabricated agglomerated particles of powder-diffused aluminosilicate ceramic.
Their quantum-size effects, the nanoelectrochemical and sensing performance of the materials, as well as the prospective research on synthesis of other related nanostructures by the same simple method, all will deserve and surely get due attention.
Furthermore, variations in 1-butene selectivity and 2-butene trans/cis ratio between the two series of catalysts were also detected and ultimately related to the different nanostructure of the carbon nanofiber.
The morphology of the resulting nanostructures can be tuned by changing the parameters relating to the precursor composition (such as the zinc concentration and pH) or to the thermal treatment (such as the temperature and heating rate).
The results reveal that the electrocatalytic activity is related to the secondary nanostructures.
Since the 1990s, carbon nanotubes and related nanostructures have inspired the engineering, scientific, and medical communities to utilize their novel characteristics and superior properties in a variety of applications.
