1.
reductive ammonolysis
还原性氨解(作用)
2.
Optimizing immobilization of Fe~(2+) (EDTA)-NO reducing microorganisms and their reduction performance
Fe~(2+)(EDTA)-NO还原菌的固定化条件优化及还原性能
3.
Reconstructive Reflections on Blake s The Fly;
是颠覆还是超越?——对布莱克《飞蝇》之还原性解读
4.
The Cause of Sulphurous Acid s Difference between Oxidation and Reduction in the Medium of Acid and Alkali;
亚硫酸在酸碱介质中氧化、还原性差异的原因
5.
To act reciprocally or in return.
反作用相对地或还原性作用
6.
Iron ores-Determination of reducibility
GB/T13241-1991铁矿石还原性的测定方法
7.
Isolation, Purification and Properties of APS Reductase and Sulfate Reductase from Sulfate-reducing Bacterium;
硫酸盐还原分离菌APS还原酶和亚硫酸盐还原酶的纯化及性质研究
8.
Quinone-Reducing Activity of Azoreductases and Their Application in Mediated Decolorization;
偶氮还原酶的醌还原活性及其介导脱色应用
9.
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
10.
Fluorite can improve low temperature breakdown property of sinter.
其中前者还改善了烧结矿的低温还原粉化性能。
11.
Study on Preparation and Properties of Catalysts Used for Selective Catalytic Reduction of NO_x;
中温原位催化还原NO_x催化剂的制备及性能研究
12.
An Approach to the Principle and Safety in Realizing Suppositional Restoring Technique;
虚拟还原技术的实现原理和安全性探讨
13.
In the System Properties dialog box, click the System Restore tab and select the Turn off System Restore check box.
在系统属性对话框，点击系统还原选项卡，选择关闭系统还原复选框。
14.
Studies on Nitrate Reducing Bacteria on Animal Tongues and Effect of Reducing;
动物舌表硝酸盐还原微生物及其还原活性的研究
15.
Experimental Research on the Influence of the Addtion of Na_2CO_3 to Selective Non-catalytic Reduction Process With Urea as Reducing Agent
添加Na_2CO_3对尿素作还原剂的选择性非催化还原工艺影响的实验研究
16.
Arsenate reduction characteristics and diversity analysis of arsenic-reducing bacteria enriched from an arsenic contaminated soil
砷还原菌群对砷的还原作用及菌群的多样性分析
17.
Performs system restore functions. To stop service, turn off System Restore from the System Restore tab in My Computer->Properties
执行系统还原功能。 要停止服务，请从“我的电脑”的属性中的系统还原选项卡关闭系统还原
18.
Epitropic fibre has excellent resistance to reducing agents.
导电纤维具有卓越的抗还原剂性能。