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1)  DC electrolyzing
直流氧化
2)  DC anodizing
直流阳极氧化
1.
WT5”BZ]The infrared characteristics of the porous alumina films formd in H 2SO 4 solution by AC and DC anodizing have been investigated.
采用交、直流阳极氧化的方法 ,研究了硫酸溶液中形成氧化铝多孔膜的红外特性 。
3)  DC ZnO varistor
直流氧化锌阀片
1.
DC ZnO varistors similar with AC ZnO varistors in many ways, especially are differentiated from later in the composition and processing technology.
直流氧化锌阀片与交流阀片虽然有许多共同之处 ,但二者在配方和工艺上却存在很大的差别。
4)  Direct Oxidation
直接氧化
1.
The studying of preparing Al/Al_2O_3 metal matrix composites with direct oxidation in aluminum melt;
铝液内部直接氧化法制备Al/Al_2O_3复合材料
2.
Study on acetic acid production process by direct oxidation of ethylene;
乙烯直接氧化制乙酸工艺研究
3.
Study on Electrocatalyst of Direct Oxidation of Methane on Anode of Solid Oxide Fuel Cell;
SOFC阳极甲烷直接氧化电催化剂的研究
5)  directed oxidation
直接氧化
1.
In order to restrain the celluloid preferred growth in the directed oxidation process of Al–Zn–Si alloy and to improve the microstructure of composites, the effect of MgO surface dopant on the oxidation growth process of Al–Zn–Si alloy was studied by thermogravimetric (TG) analysis.
为了抑制熔融铝合金直接氧化过程中的胞状生长,优化复合材料的组织结构,通过热重实验,研究了在熔融Al–Zn–Si合金表面覆盖MgO引发剂对其氧化生长过程的影响。
2.
The effect of SiO_2 surface dopant on directed oxidation of alloy AlZnSi at high temperature in air was studied by thermogravimetric experiments.
通过热质量分析试验,研究了在高温空气中的熔融 Al Zn Si合金表面覆盖 SiO2 引发剂对铝合金直接氧化生长过程的影响。
3.
The composition and microstructures of Lanxide material made from directed oxidation growth of alloy Al-Mg-Si were analyzed by X-ray diffraction, optical microscopy and transmission eletron microscopy.
通过X-射线衍射(XRD)、透射电子显微镜(TEM)和光学显微镜分析了AI-Mg-Si合金直接氧化形成的Al2O3/AlLanxide材料的组成和显微结构,并探讨了它们与母合金组成及氧化生长方式的关系。
6)  DC magnetism
直流磁化
1.
This article introduces the improved construction and advantage of new conductor,also,the provent measurements of DC magnetism and its dangerous to resistance transformer is put forward.
介绍了改进后的新型导电体结构及其优点;同时还对电阻焊变压器的直流磁化及其危害提出了几点预防措施。
补充资料:二羟基氧化丙烯-氧化乙烯共聚醚
分子式:
分子量:
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性质:一种破乳剂。蜡状粘稠液体。羟值≤50毫克KOH/毫。应用于原油脱水,配成一定浓度的水溶液即可使用。经氢氧化钾为催化剂,丙二醇与环氧丙烷、环氧乙烷 开环聚合而成。

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