1.
The influences of pressure on the carbonization and activation of activated carbon from Taixi anthracite coal were investigated.
研究了反应压力对太西无烟煤制备活性炭的炭化和活化过程的影响。
2.
Effect of Carbonization Temperature on the Porosity and Mechanical Property of Activated Carbon Honeycomb Monoliths
炭化温度对蜂窝活性炭孔结构和强度的影响
3.
Study of Production of Active Carbon from Lignite by Rapid-Carbonization and Activation
褐煤快速炭化活化法生产活性炭研究
4.
Carbonization process in preparation of activated carbon from tobacco stems with KOH-activation
KOH活化制备烟杆基活性炭的炭化过程
5.
active carbon adsorption and biochemical regeneration
活性炭吸附和生物化学再生法
6.
The techniques of activation and modification are overviewed.
本文概述了活性炭的各种活化和改性处理技术。
7.
Application and development of activate carbon and activated carbon fiber in the protective clothing
活性炭和活性碳纤维在防化服中的应用与发展
8.
The burning-off energy of coke burnt-offat high temperature is higher than that of coke burnt-off at low temperature.
高温峰积炭，其烧炭活化能较低温峰积炭的烧炭活化能要高。
9.
Test methods of wooden activated carbon-Determination of Uncarbonized sbstances
木质活性炭试验方法 未炭化物的测定
10.
Electrochemical Behaviour of Dyes on Platinum and Activated Carbon Fiber Electrodes
染料在铂和活性炭纤维电极上的电化学行为
11.
Structure and Composition of Active Coke in The Oxydehydrogenation of Ethylbenzene
乙苯氧化脱氢过程中活性焦炭的结构和组成
12.
Study on Electrochemical Regeneration of Activated Carbon;
电化学再生活性炭机理和影响因素的研究
13.
A Study on Fluoride Removal by Activated Alumina and Bone Char;
活性氧化铝和骨炭除氟特性及工艺研究
14.
Preparation of Nickel Supported on Sphere Active Carbon and It s Catalytic Performance;
球形活性炭负载镍基催化剂制备和性能的研究
15.
Research Survey on Isolation and Purification of Xylooligosaccharides
树脂和活性炭法分离纯化低聚木糖的研究
16.
Effect of Support on Resistance to Carbon-deposition of Nickel-based Catalysts for CO_2 Reforming of CH_4
载体对Ni基催化剂活性和抗积炭性能的影响
17.
Preparation and Characterization of Active Carbon Supported Ni Electro-Catalyst for Hydrogen Evolution
活性炭负载镍析氢电催化剂的制备和表征
18.
Selectivity of oxidative desulfurization of gasoline and diesel fuel using catalytic oxidation method with activated carbon
活性炭催化氧化脱除汽油和柴油中噻吩类硫化物的选择性