1) phosphorus oxide
氧化磷
2) oxidation phosphating
氧化磷化
1.
By changing the operation mode of room temperature phosphating and combining immersion phosphating with atmospheric oxidation phosphating, phosphating coatings composed of mixed crystals were prepared from modified conventional phosphating fluids, aiming at improving the properties of conventional crystal and noncrystal phosphating coatings.
为改进常规晶型和非晶型磷化膜性能的不足,以常温磷化液为基础,通过改变磷化操作工艺,利用波段操作将浸泡磷化与空气中氧化磷化相结合,将晶型磷化膜与非晶型磷化膜有机地结合为一体,制备了混晶型磷化膜,并用硫酸铜点滴试验检测了磷化膜的耐蚀性能。
3) oxidizing dephosphorization
氧化脱磷
1.
A Study on Oxidizing Dephosphorization for 18-8 Stainless Steel byCaO-BaCO_3-CaF_2-Cr_2O_3 Slag Series;
CaO-BaCO_3-CaF_2-Cr_2O_3渣系18-8不锈钢氧化脱磷的研究
2.
Test of Oxidizing Dephosphorization for Stainless Steel Using BaO-CaO Slag Series;
BaO-CaO渣系不锈钢氧化脱磷试验
3.
Thermodynamic analysis of oxidizing dephosphorization in chromium-containing molten Iron;
含铬铁水氧化脱磷的热力学分析
4) oxidative dephosphorization
氧化脱磷
1.
The temperature of oxidative dephosphorization has significant effect on dephosphorization rate which reduced greatly.
在氩气保护气氛的MoSi2炉内,进行了BaO-CaO基精炼渣对不同初始碳含量的含铬铁水氧化脱磷实验研究。
2.
The oxidative dephosphorization of stainless steel of 18-8 type has been experimentally investigated with the CaO-BaCO 3-CaF 2-Cr 2O 3 slag system at 1 550℃.
在 1 5 5 0℃的温度下采用CaO BaCO3 CaF2 Cr2 O3渣系对 1 8 8型不锈钢的氧化脱磷作了实验研究。
5) phosphorus oxide
磷氧化物
1.
In this paper,all kinds of gas phosphorus and phosphorus oxides were considered,and the Gibbs free energies of their formation reactions and the equilibrium partial pressures were theoretically calculated under the definite conditions including the activity of P_2O_5 and oxygen partial pressure of.
本文考虑了磷及磷氧化物的各种气态形式,理论计算了一定 P_2O_5 活度和一定氧分压条件下,各种气态磷及磷氧化物生成反应的 Gibbs 自由能变化,以及气相中各种磷及磷氧化物的平衡分压,从而分析了一定条件下磷挥发的最可能的形式。
6) dephosphorization
[di:fɔsfərai'zeiʃən]
氧化脱磷
1.
The linkage experiments of desiliconization and dephosphorization of ferromanganese produced by blast furnace by BaCO 3 based fluxes were performed in a MoSi 2 furnace and a 100 kg induction furnace.
０％的高炉锰铁经一次预脱硅后再进行氧化脱磷时，可获得约９０％的脱硅率和４０％～６２％的脱磷率，在控制实验体系氧位下，联动处理全过程的锰氧化损失Δ［Ｍｎ］＜１。
补充资料：2-(10H-9-氧杂-10-磷杂-1-菲基)氢醌氧化磷
CAS：99208-50-1
中文名称：2-(10H-9-氧杂-10-磷杂-1-菲基)氢醌氧化磷
英文名称：2-(10H-9-Oxa-10-phospha-1-phenanthryl)hydroquinone phosphorus oxide
中文名称：2-(10H-9-氧杂-10-磷杂-1-菲基)氢醌氧化磷
英文名称：2-(10H-9-Oxa-10-phospha-1-phenanthryl)hydroquinone phosphorus oxide
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条