Sentence examples for particles by combining from inspiring English sources
For high-voltage cycling of rechargeable Li batteries, a nano-scale amorphous Li-ion conductor, lithium phosphorus oxynitride (Lipon), has been coated on surfaces of LiCoO2 particles by combining a RF-magnetron sputtering technique and mechanical agitation of LiCoO2 powders.
Highly crystalline ZnS spheres were decorated with Au particles by combining the sputtering technique and high-vacuum thermal annealing.
In this stage, we complement the missing auditory elements and prune the unwanted particles by combining dilation and erosion operations.
The evolving population filter introduces variety in the population of particles by combining them in both the sampling and resampling steps using constrained genetic operations.
Zhong et al. [8] proposed a collaborative model that weights particles by combining the confidences of local descriptor and holistic representation.
The grafting of diethylenetriamine (preferentially to the grafting of serine > cysteine > alanine) onto chitosan (immobilized on magnetic nano-based particles by combined polymer precipitation and hydrothermal treatment) allows synthesizing an efficient sorbent for uranyl at pH 4 (maximum sorption capacity close to 185 mg U g− 1).
The goal is to achieve a 15 ps time-of-flight resolution per incident particle by combining arrival times from multiple Cherenkov photons produced within quartz radiator plates of 10 mm thickness.
The idea in the technique is to evaluate a separate fitness score for each particle element, in order to form an artificial global best (aGB) particle by combining the best elements found from the entire swarm.
If there were three of these quarks (up, down and strange), then he could explain all of the new particles' properties by combining them in various ways.
It can be seen that the network pattern, which was composed of each PS particle with six necks connecting to the nearest-neighbor PS particles, was obtained by combining preheating and oxygen RIE.
A quantitative description of sound wave propagation in suspensions of self-propelled colloidal particles is achieved by combining microfluidics, video microscopy and theory.
