Sentence examples for a subsequent diffusion from inspiring English sources

Its aluminizing behaviors were investigated during a packed aluminization process and a subsequent diffusion annealing treatment at lower temperatures.

The ibotenic acid was administered via a 2-μm Hamilton syringe connected to a microinjector (Model 5000; Kopf Instruments) set at a rate of 0.1 μL/min, with a subsequent diffusion time of 2 min. The rats received 14 injections into each hemisphere [for coordinates and volumes, see Iordanova et al. (2009)].

The entire surface modification process includes dipping carbon steel specimens into a molten Al pool to form an Al coat, subsequent diffusion treatment at elevated temperature to form an aluminized layer, sandblasting to generate dislocation network or cells, and recovery treatment to turn the dislocation cells into nano-sized grains.

An elementary model for the dissolution of pure hydrate in undersaturated water is proposed that combines intrinsic decomposition within a desorption film and the subsequent diffusion of the released hydrate guest species into bulk water.

In this paper, we fill this void in the literature by empirically examining the initial adoption and subsequent diffusion process of a performance-based incentive system within a cooperative bank.

A subsequent short diffusion treatment eliminates the interfaces between the adjacent layers, yet maintains an overall carbon composition gradient across the thickness of the coating.

Electrochemical measurement results indicated that at least two processes occur for Li+ intercalation into WO3 nanostructures: a fast Li+ insertion between WO3 layers and a subsequent slow diffusion and residence of Li+ in the interlayer spacing.

A subsequent disc diffusion assay was used to test for 1 resistance of pSECalU16- E. coli, pSECalU19- E. coli, pET28a- E. coli (an empty vector negative control), and pJB2011- E. coli (a calC-expressing positive control).

This paper describes a computational model, which studies the gas flow through an anode-supported tubular SOFC and the subsequent diffusion of gas through its porous anode.

The sensitive radiotracer experiments and the subsequent diffusion profile analysis resulted in a consistent set of diffusion data in the whole investigated temperature range with Arrhenius behavior for both the Ag nano-GB diffusion (D0gb=4.7×10−4 m2/s, Hgb=173 kJ/mol) as well as for the much faster inter-agglomerate interface diffusion (D0a=8.1×10−5 m2/s, Ha=91 kJ/mol).

The CuO NWs grow in a self-catalyzed fashion via the formation of a strained layer of Cu2O on Cu and the subsequent diffusion of Cu and O2 through grain boundaries.