The system, named Energy Frames, is a newly developed industrially produced façade system based on the experiences of a number of specially designed solutions for significant individual buildings all over the world.
Hematite nanoparticles (NPs) were studied as a sorbent for hydrophobic organic contaminants (OCs) under natural ambient conditions through specially designed contrasting solution chemistry of electrolyte.
This specially designed precursor solution provides an additional merit for the rapid fabrication of highly pure H2V3O8 nanobelts through a simple hydrothermal route.
In a specially designed buffer solution, they are positively charged and can homogeneously disperse in the aqueous environment to label all the negative charges on the surfaces of living cells.
The formation mechanism of highly pure H2V3O8 single-crystal nanobelts is clarified in a hydrothermal synthesis process with a specially designed precursor solution containing V5+ and V4+ in a fixed ratio of 2/1.
We compared the efficiency of this new scheme against well known methods and the numerical experimentations showed that our scheme is more efficient, even when compared to methods that have been specially designed for the solution of the radial Schrödinger equation.
The selective sorption in a specially designed multi-ion solution containing 12 co-existing cations over the range of pH 1.0 4.5 shown that the amount of uranium sorbed accounts for about 53% of the total sorption amount at pH 4.5 and distinctively about 85%, unreported so far to our knowledge, at pH 2.0.
Different from other ACO-based algorithms applied to MKP, BAS uses a pheromone laying method specially designed for the binary solution structure, and allows the generation of infeasible solutions in the solution construction procedure.
Genetic codes and operators are specially designed to ensure the solution feasibility as well as to speed up the solution convergence.
No matter the problem, a fresh-faced sophomore was willing to bet that a specially designed microbe was the solution.
The redox reaction between TiCl3 and NaNO3 to form Ti IV) and NO2− prior to deposition in a specially designed TiCl3 + NaNO3 solution is the key step effectively promoting the cathodic deposition of porous TiO2 films.
