Sentence examples for huge specific surface area from inspiring English sources
Meanwhile, the 3D template can provide a more stable environment and huge specific surface area, which lead to more stable and regular Cu2 − xSe grown in situ.
An excellent electrochemical sensing platform has been designed by combining the huge specific surface area of carbon nanotubes (CNTs) and the remarkable conductivity of ionic liquid (IL).
Phosphorus-doped nanomesh graphene (PG) with huge specific surface area and lamellar hexagonal structure has been synthesized by a thermal annealing method using MgO as a template and triphenylphosphine (TPP) as both phosphorus and carbon source.
On the basis of various analysis results, the remarkable de-NOx performance of the MnOx-CeO2-B nanobube could be attributed to the uniform distribution of active species, abundant content of Mn4+ and Oα species, and especially the hollow porous architectures provided huge specific surface area and sufficient acidic sites.
This bind-free three-dimensional (3D) architecture possesses the huge specific surface area and facilitates ion transport and charge transfer, leading to a superior performance in water splitting as a bifunctional catalyst for both H2 and O2 evolution reaction (HER and OER).
Silica is a common filler which has a huge specific surface area.
In-situ S-doped activated carbons with huge specific surface areas and developed total pore volumes were prepared by chemical activation of polythiophene with KOH as activator under different annealing temperatures (from 600 to 800 °C).
It can be seen that all the samples shown excellent adsorption ability, which should be attributed to the huge specific surface areas of BiOI.
It has been indicated (Qin and Ye 1999) that more vitrinite in coal corresponds to a better adsorption capacity of gas because the vitrinite contains significant numbers of micropores that can provide huge specific surface areas for gas absorption.
Finely divided submicron and nanoscale solid materials demonstrate anomalous properties at both nano- and microscales due to their huge surface energy and high specific surface area.
Radiolytically synthesized nanoparticles are in the form of colloidal particles which possess huge surface-to-volume ratio and high specific surface area [28].
