Sentence examples for morphology of catalyst from inspiring English sources

The correlation between the morphology of catalyst supports and their effect on catalyst dispersion was investigated.

SEM-EDX the electron micrograph was obtained from powder specimens of these materials, and SEM-EDX is used to obtain information about their microstructural and metal dispersion properties, so the morphology of catalyst with SEM was shown in Fig. 3.

High-resolution scanning electron microscopy (HR-SEM), glancing incidence angle X-ray powder diffraction (GIXRD) and small-angle X-ray scattering (SAXS) techniques were employed to characterise the surface structure and morphology of catalyst materials.

Factors to be considered for the choice of feed stock, selection of support material, active metals, promoters and their influence on the hydrodeoxygenation reaction, catalyst design procedure, catalyst preparation method and the influence of the catalyst treatment methods on the morphology of catalyst and their performance are discussed in this review paper.

The nanoparticle is observed at the tip of almost every nanoleaf (red circles in Fig. 1b), which is the typical morphology of catalyst-assisted growth.

This eventually justifies the aim of adjusting proper morphology of catalysts for soot oxidation [34].

The structure and morphology of catalysts were studied by X-ray diffraction (XRD) and BET.

The morphology of catalysts and their precursors was observed by means of a Philips XL30 scanning electron microscopy (SEM).

It has been well documented that the different preparation variables influence the structure and morphology of catalysts.

The morphology of catalysts was observed on a scanning electron microscope (Quanta 200F, FEI, USA) using an accelerating voltage of 20 kV.

Also, highly uniform nanoparticles were obtained and the structure and morphology of catalysts could be easily controlled.