1.
Analysis the Utilization Factor of Passivation Magnesium Powder in the Hot Metal Desulphurization Process
钝化镁粉在铁水脱硫中的利用率因素分析
2.
The Study of the Tissue Feature of the Rare Earth Oxide Passivated Magnesium Powder and Its Ignition Proof and Desulphurization Performance;
稀土氧化物钝化镁粒的组织特征及其阻燃与脱硫性能研究
3.
Experiment and research on magnesium powder passivation by chemical reaction method
化学反应法钝化金属镁粒的试验研究
4.
Nodularizing Facilities and Process with Injecting Passivated Granular Magnesium into Iron Melt
钝化颗粒镁喷吹法球化处理设备及处理工艺
5.
discrete passivated epitaxial transistor
分立钝化外延晶体管
6.
Analysis of Si_3N_4 Passivation Layer Quality
Si_3N_4钝化层质量分析研究
7.
Application of B-contained Ni Passivator in FCC and its Mechanism
硼基催化裂化钝镍剂的工业应用及其钝镍机理
8.
Effects of Different Heavy Metal Deactivation on Bioavailability of Heavy Metal during Pig Manure Composting
不同钝化剂对猪粪堆肥重金属钝化效果研究
9.
Magnesium Hydroxide of High Grade and Extra Fine Obtained by Hydration of Light-burned Magnesia Calcined from Magnesite;
菱镁矿煅烧氧化镁水化制备高纯超细氢氧化镁
10.
STUDY ON THE PASSIVATION OF PRESULFIDED HYDROGENATION CATALYST WITH PARAFFIN WAX
预硫化加氢催化剂石蜡钝化工艺研究
11.
The Study on Preparation of the Pure Basic Magnesium Carbonate and Magnesia by Bischofite;
水氯镁石制备优质碱式碳酸镁及氧化镁的研究
12.
Study on the Preparation of High Pure Magnesium Carbonate and Magnesium Oxide from Byproduct Containing Magnesium Chloride;
利用含镁副产品制备高纯碳酸镁及氧化镁研究
13.
testing method for hydration of magnesia or periclase grain
氧化镁和方镁石颗粒水化率测定方法
14.
At present tri-chrome passivation deals with environmentally acceptable alternatives for Cr^(+6), and non-chromium passivation is the new orientation in environmental protection.
无铬钝化作为环保工艺，是将来钝化工艺发展的新方向。
15.
Study of Trivalent chromium passivation technology for iridescent passivation with no hexavalent chromium in passivaton film
抑制钝化层六价铬形成的三价铬彩色钝化液及其工艺研究
16.
There can be important consequences of activation or deactivation.
在这里可能有活化或钝化的重要结果。
17.
Research on Silicon Nitride Thin Film for Solar Cells and Hydrogen Passivation;
太阳电池用氮化硅薄膜及氢钝化研究
18.
Mechanism of metal fouling and passivation on FCC catalyst
FCC催化剂上金属污染及其钝化机理