基本释义:

中孔隙

网络释义

1)mesopore,中孔隙

2)mesoporosity,中孔隙

3)mesoporosity,中孔隙性

4)mesoporous,中孔

5)mesopore,中孔

6)mesopores,中孔

7)middle hole,中孔

8)mesoporous carbon,中孔碳

9)Mesoporous carbon,中孔炭

10)low permeability and middle porosity,低渗中孔

用法和例句

Synthesis, Characterization and Catalytic Application of Mesoporous Metal Oxides (Alumina, Nickel Oxide and Others);

中孔金属氧化物（氧化铝、氧化镍等）的合成、表征及催化研究

Study of Preparation and Adsorption Properties of Mesoporous Carbons via Sol-Gel Method;

溶胶凝胶法中孔炭材料的制备及其吸附性能研究

N2 adsorption at 77 K, FT-IR,TG-DTA and XRD were used to characterized the mesoporous carbon materials.

75nm的中孔炭材料,并采用FT-IR、N2吸附、TG-DTA和XRD等分析手段对其进行了表征。

In order to prepare the high surface area activated mesocarbon microbeads with high mesopore content, mesophase pitch microbeads were activated with KOH at 850 ℃ and the effects of the weight ratio of KOH/MMB to the structure and morphology of activated carbon microbeads were investigated in this paper.

为了制备中孔含量高的高比表面积活性炭微球,以KOH为活化剂,在850℃下对中间相沥青微球(MMB)进行了活化处理,考察了不同KOH配比对活性炭微球孔结构及其表面形态的影响,并对KOH活化中间相沥青微球的反应机理进行了初步探讨。

The preparation of activated carbon with mesopore by catalyst was summarized.

总结了催化法制备中孔炭的几种路径。

Nano-SiO_2 with high activity and mesopores was prepared through sol-gel synthesis followed bylow-temperature heat treatment and ball milling firstly in our experiments.

用溶胶-凝胶法制备出SiO_2凝胶后,首次结合并采用低温热处理以及球磨工艺制备出高活性中孔型纳米SiO_2粉末。

In this paper,the development of mesopores activated carbon (AC) at home and abroad is reviewed.

综述了国内外在中孔活性炭材料开发方面的研究进展。

The paper reviewed the advance in the researching of the mesopores activated fibers at home and abrodad,related how to improve its mesopores content in two respects of the modification of the activation agent and material modification,and put forward the researching tenders in the future.

本文综述了近年来中孔活性碳纤维的国内外研究进展 ,从改变活化工艺和改性原料两方面阐述了如何提高ACF中孔含量 ,并提出了ACF今后的研究方向。

This paper discusses the technological condition which affects the characteristics of the activated carbon with developed middle hole made from Datong Zuoyun coal,such as carbonization temperature,carbonization speed,activation temperature,activation time,size,H 2O/C.

本文讨论了诸如炭化温度、炭化升温速度、活化温度、活化时间、粒度、H2 O/ C等工艺条件对大同地区左云煤生产中孔发达活性炭的影响。

Based on prototype observation method, the vibration of middle hole and arch dam are observed when releasing flood under different operating modes, and the right wall of spillway is observed when releasing flood by spillway in Dongfeng hydropower station, and the observed results and the dam operation are analyzed.

利用原形观测的方法对东风电站在不同工况下中孔泄洪振动观测、拱坝坝体泄洪振动观测、溢洪道泄洪时,溢洪道右边墙振动观测。

Due to its narrow valley, high dam and big discharge, on the basis of many alternatives comparison and selection at different design stages, we decide to use 5 crest overflow surface holes for energy dissipation, 6 middle holes in the dam body, one spillway tunnel at left bank, plunge pool and plunge pool dam behind the dam, 2 escape bottom holes in the dam body.

小湾工程河谷窄、坝高、泄量大,经各设计阶段的多方案比选研究,泄洪消能布置采用5个坝顶溢流表孔、6个坝身中孔和左岸一条泄洪洞,坝后设水垫塘和二道坝,坝身设2个放空底孔的泄洪建筑物布置方案。

The presence of Ni was crucial to the formation of graphitized mesoporous carbon.

结果发现,通过Ni的催化作用,可在较低温度下得到高度石墨化的中孔碳材料。

Mesoporous carbons(MCs)were prepared by an imprinting method,using mesophase pitch and nanometer colloidal silica solution as carbon precursors and pore generators,respectively.

用中间相沥青作碳源,硅胶水溶液作造孔剂,采用胶体印刻法制得一系列中孔碳。

High performance mesoporous carbon material prepared by template-physical activation method;

模板-物理活化法制备高性能中孔炭材料

A study on electrochemical performance of ionic liquid in mesoporous carbon;

离子液体在中孔炭中的电化学性能研究

The mesoporous carbons via the template method,tetraethoxy silane(TEOS)acted as the source of the template silica and phenol - formaldehyde resins as the carbon precursor,was prepared.

以正硅酸乙酯为模板硅源,酚醛树脂为炭前驱体,运用模板法制备了中孔炭材料。