1.
Cause analysis and action to appearance defect of valve liquid tufftride
气门液体软氮化外观质量缺陷产生原因与对策
2.
The Cause Analysis and Countermeasures for Appearance Defects Producing on Valve after Liquid Tufftride
气门液体软氮化外观质量缺陷产生原因分析与对策
3.
Then, pneumatic valve spring made from this spring steel wire have been treated by this investigation of liquid tufftriding process.
然后 ,用以对此规格的钢丝制造的气阀弹簧进行了低温液体软氮化处理。
4.
aerated bath nitriding
吸风盐浴软氮化;通气液体氮化;空气搅拌液体渗氮法
5.
liquid carbonitriding
液体碳氮共渗, 液体渗碳氮化法
6.
Cause analysis and treatment of cryogenic liquid leakage in oxygen and nitrogen liquefaction plant
氧氮液化设备低温液体泄漏的原因分析与处理
7.
Influence of Nano-crystallization by Surface Strengthens Pressure Shot Penning on Gas Soft-nitriding of 35 Steel
35钢表面增压喷丸纳米化对气体软氮化的影响
8.
Application of gas soft nitriding in diesel engine crankshaft production;
气体软氮化法在柴油机曲轴生产中的应用
9.
Production : monomer boron, Danhuapeng, boron anhydride, without detectable; Hydrochloric acid, Yean, ammonia water.
生产：单体硼，氮化硼，硼酐，无水硼砂；盐酸，液氨，氨水。
10.
Optimization of Carbon/nitrogen Ratio for Submerged Cultivation of Cordyceps Militaris
北冬虫夏草液体发酵培养基碳氮比的优化
11.
high-clearance liquid nitrogen applicator
高地隙液体氮肥注施机
12.
Water: Tom's skin softened in a powdery way as he slowly dehydrated, and the fluids in his body seemed to no longer belong there.
体液：随着缓慢的脱水，他的皮肤呈粉状软化，体内的液体看来也留不
13.
Nitrogen is produced at air separation plants by liquefaction of atmospheric air and separation of the nitrogen by distillation. The nitrogen is then recovered as a cryogenic liquid.
在空气分离工厂，通过空气液化和蒸馏分离出氮。接着氮作为低温液体回收。
14.
a process that is used to liquefy nitrogen.
用来使氮液化的过程
15.
Synthesis of N-,P-containing Ligand Functionalized Ionic Liquids and the Application in Palladium-Catalyzed Heck Reaction
氮、膦配体功能化离子液体的合成及其在Heck偶联反应中的应用
16.
Catalytic Synthesis of 1,5-Benzodiazepine Derivative by Carboxyl-functionalized Ionic Liquid
羧基功能化离子液体催化合成1,5-苯并二氮衍生物
17.
The Nitric Oxide System Effects of Ginkgo Biloba Extract(EGb761)on Damage Chondrocytes of Knee-joint Injuried by rratIL-1β in Rabbits
银杏叶提取物对白介素-1β损伤关节软骨细胞一氧化氮体系的影响
18.
The Study on the Soft Starting System Based on Mechanism, Electricity and Hydraulic;
基于机电液一体化的可控软启动系统的研究