With the use of n-InSb, the defect mode can be tuned as a function of temperature and concentration.
Polyelectrolyte multilayers (PEMs), formed by the sequential adsorption of poly acrylic acid) and poly (allylamine hydrochloride) possess architectures that can be tuned as a function of polyelectrolyte solution pH.
Nevertheless, structure property relationships can be learned, if not at this stage actually designed: for example, average micropore size in samples A E can be tuned as a function of EDA CHDA ratio, and this translates into tunable (albeit not ab initio predictable) gas selectivity behaviour.
The CSCNT/felt matrix also enabled the preparation of a glucose biosensor whose sensitivity could be tuned as a function of the number of glucose oxidase (GOx) layers deposited through a Layer-by-Layer technique with an sensitivity of 11 ± 2 μA mmol−1 L achieved at 15 poly(diallyldimethylammoniumchloride)/GOx bilayers.
Our study shows that the morphology and, consequently, the hydro-sponges properties can be tuned as a function of the conditions employed during synthesis, which opens the possibility of preparing materials with potential applications in different types of controlled-release devices and smart membranes.
Thus, the Fano resonances can be tuned as a function of the core offset.
Sung et al. and Yang et al. demonstrated that for undoped ternary nanoparticles, energy band gap can be tuned as a function of their composition including Zn1− xCd x Se [22 24] and CdSe1−xTe x [25].
The release of FGF-2 could be tuned as a function of polymer weight percent, polymer molecular weight, and initial cargo loading.
It was found that the loaded concentration of the growth factor could easily be tuned as a function of the initial concentration of growth factor, and release of the cargo occurred without significant initial burst.
Alloying has been widely applied for band gap engineering of semiconductors, as the band gap of an alloy can be continually tuned as a function of alloy concentration.
