1.
Studies on Microwave-Carbon Reduction Method for the Treatment of Nitric Oxide
微波-炭还原法处理一氧化氮的研究
2.
Study of Several Factors on NO-Char Reaction
焦炭还原NO反应若干影响因素的研究
3.
Furnace acid is made by reducing phosphate rock with loke in an electric furnace.
炉酸是在电炉中用焦炭还原磷矿制得的。
4.
Effect of Nitrogen Doping on Reduction of NO with Metal/Activated Carbon;
渗氮处理对金属/活性炭还原NO活性的影响研究
5.
Effect of Nitrogen Doping and Heat Treatment on Reduction of NO with Activated Carbons and Mechanisms Thereof;
渗氮和热处理对炭还原NO的活性影响及机理研究
6.
Study on the pretreatment of the chemical industrial organic wastewater by reduction of Fe-C
铁炭还原法预处理难降解有机化工废水
7.
Contrast between Characteristics and Technical Economy of Filling Material in Pretreatment of Nitrobenzene Wastewater by Iron and Carbon Revivification
铁炭还原法预处理硝基苯废水的填料特性及技术经济比较
8.
METALLURGY WITHOUT COKE-DEVELOPMENT OF SMELTING REDUCTION TECHNOLOGY
无焦炭冶金——熔融还原技术的发展
9.
Study on Deoxidization of Alkali Lignin by Pd/C Catalyst;
钯/炭（Pd/C）催化还原碱木质素的研究
10.
Study on Low-temperature Selective Catalytic Reduction of NO with NH_3 over Modified Activated Carbon;
改性活性炭低温选择性催化还原NO研究
11.
Pd/C catalysts Prepared with Improved Liquid Phase Reduction Method
用改进液相还原法制备炭载Pd催化剂
12.
The Study on Treatment of Halogenated Aromatic Wastewater by Reductive Dual-Electrode with Iron-Carbon Particles;
铁炭双极还原法处理卤代芳香有机物研究
13.
Study on Deoxidization of Alkali Lignin by CuO/C Catalyst;
氧化铜/活性炭（CuO/C）催化还原碱木质素研究
14.
Study on adsorption of glyphosate on modified activated carbon
氧化、还原改性对活性炭吸附草甘膦的影响
15.
Most blast furnaces use coke as fuel. But coke not only provides heat for the high temperature of the furnace, but also serves as the main source of reducing agent.
大多数高炉都是使用焦炭作燃料。但焦炭不仅仅为高炉产生高温供热，它还是还原剂的主要来源。
16.
Coke is a major material for the production of iron. Metallurgical coke supplies most of the reducing gas and heat for ore reduction and smelting.
焦炭是炼铁的重要原料。冶金焦为矿石的还原和熔炼提供大部分还原煤气和热。
17.
Bismuth nitrate and active carbon-catalyzed reduction of aromatic nitro compounds to anilines
硝酸铋和活性炭催化的水合肼还原芳香族硝基化合物制芳胺
18.
Electrocatalytic Performance of Carbon Supported Ru-Fe Catalyst for Oxygen Reduction in Direct Formic Acid Fuel Cell
炭载Ru-Fe催化剂对直接甲酸燃料电池中氧还原的电催化性能研究