Using the electrophoretic electrochemical deposition method can remarkably increase the particle content in the composite coatings.
Further, the protective steel layer is found to remarkably increase the wearing resistance.
Decreasing the amount of the plastic deformation and the ɛ martensite transformation can remarkably increase the recovery stress.
The two phase flow of Lead Bismuth eutectic (LBE -inert gas in rising pipe couLBE -inertbly increase natural circulation capacity.
Increasing slit number, width, and length can remarkably increase the magnetic flux density in the mold and can reduce the electric energy consumption.
The architectural feature of gel electrolyte interlayer can remarkably increase electrode/electrolyte contact interface area and facilitate transport of charges and ions.
Simulations show that individualised dose titration, balancing efficacy against toxicity, can remarkably increase the response rate — doubling it in some situations.
The study demonstrates that, especially, under single phase-to-ground short circuit fault, leakage flux density on the windings of transformer remarkably increase.
Taking enzyme-linked goat anti-rabbit IgG as an example, loading SiO2 beads could remarkably increase the quantity of the adsorbed protein by 20%700%%.
With the increase of Ce content, the lattice constants of the Ce-HA nano-particles remarkably increase but the particle size, crystallinity and thermal stability gradually decrease.
Nano-scale textures remarkably increase the wear life of TiAlN coatings, while it has no significant effect on the coefficient of friction (COF).
