For SuperClomeleon experiments, the AHL pH was increased to 7.7 to optimize response magnitude.
Through successfully alloying Te at Se sites, material's configurational entropy is obviously increased to optimize phase transition characters and reduce lattice thermal conductivity.
Although the proteinase secreted by B. amyloliquefaciens NCU116 exhibited promising properties, and the proteinase production was increased to 6984.3 U/ml through optimizing cultivation conditions, the yield of proteinase by NCU116 was unsatisfactory for CCSKO extraction by AEM.
The opposite occurs when the traversal time value is increased to 1,000 ms. Therefore, to optimize the RT communication behavior it is recommended to set the traversal time to the maximum message stream period value, i.e., 200 ms for this communication scenario.
Furthermore, the SERS activity of Ag NP films can be increased by optimizing the thickness of the SiO2 dielectric layer that can detect CV concentrations down to 10−12 M, and the EF of Ag@SiO2 substrates in our experiment can reach up to 6.6 × 106.
We predict that the concentration of anti-HA antibodies can be increased by optimizing the GP42-H1 vimmunizingizing dose; however, immunization with 1,000 pfu for GP42-H1 wasufficientntoto induce protection.
The average absorption can be increased by optimizing the structural parameters of the designed metamaterial absorber.
Overall accuracy could be increased by optimizing the number of principal components that are used (see Fig. 9).
For enhanced bone tissue regeneration, the bioactivity of BCP should be increased by optimizing their physicochemical properties.
Although, the presence of acetate in the system is not critical for the process, H2 photoproduction under photoautotrophic conditions can be increased by optimizing the conditions for high starch accumulation.
