In our study, a series of new compounds were designed and synthesized by optimizing the 4-amino-piperidine template.
To overcome these disadvantages, some new compounds were designed and synthesized in our institute by optimizing the 4-amino-piperidine template.
This problem can be alleviated by optimizing the ratio of primer pair to template DNA.
These reaction conditions were empirically determined by optimizing the annealing temperature, MgCl2 concentration, quantity of template and number of cycles.
While developing recognition system for a large database, it is a crucial factor to optimize the template size.
In this work, we show that, by carefully designing the subsurface Fe doping profile in SI-GaN templates grown by MOVPE and by optimizing the MBE regrowth conditions, a highly resistive GaN buffer can be achieved on these epi-ready GaN-on-sapphire templates without any addition of acceptors during the regrowth.
These parameters have been estimated by optimizing the prediction process.
Effectiveness may be improved by optimizing the design of interventions.
By utilizing the AAO template, the diameter, spacing, and areal density of nanowires can be further controlled through optimizing the anodizing conditions.
In this study, we developed three ideas: utilizing the structural ensemble sampled from a molecular dynamics simulation trajectory, using multiple peptide templates, and optimizing the sequence-structure mapping.
Hollow NiO nanotubular material is prepared by a facile bio-template engaged route using filter paper as the template for Li-ion batteries and optimizing the reaction conditions.
