1) ultrafine oxide inclusions
超细氧化物夹杂
1.
The aim of this work is to introduce a method of studying the nonmetallic inclusions,especially the ultrafine oxide inclusions in steel by dissolving the ferric matrix in dilute hydrochloric acid(HCl) and filtering the solution with a special membrane.
钢中超细氧化物夹杂对提高钢材性能有重大意义。
2) superfine inclusion of Ti-O
钛氧超细夹杂物
3) superfine inclusion
超细夹杂物
4) oxide inclusion
氧化物夹杂
1.
Property and Morphology of Oxide Inclusion in Spring Steel Produced with Different Deoxidization Processes;
不同脱氧条件下弹簧钢氧化物夹杂的性质和形貌
2.
Electrolytic extraction-X-ray fluorescence spectrometric analysis of individual oxide inclusion in steel
电解提取-X射线荧光光谱法测定钢中氧化物夹杂分量
3.
Stabilized oxide inclusion size of electro- chemical extraction was determined.
测定经电解提取出的稳定氧化物夹杂粒度大小,其测量的粒径范围:0。
6) oxide inclusions
氧化夹杂物
1.
It is found that oxide inclusions in the Al sheet are mainly γ-Al2O3, and Fe-rich impurity phases in the sheet are mainly Al3Fe,T1 (Al12Fe3Si) or (AlFeSiRE),and the crystal structure of (AlFeSiRE) phase is too complicated to determinate it.
结果表明,压力罐用铝材中的氧化夹杂物主要为面心立方晶格的γ-Al2O3,富Fe杂质相主要有单斜晶格的Al3Fe相、六方晶格的T1(Al12Fe3Si)相,或(AlFeSiRE)相,其中(AlFeSiRE)相的晶体结构较复杂,有待进一步确定。
2.
It is found that oxide inclusions in the Al sheet are mainly γ-Al2O3, and Fe-rich impurity phases in the sheet are mainly Al3Fe, Tl(Al12Fe3Si) or (AlFeSiRE), and the crystal structure of (AlFeSiRE) phase is too complicated to determinate it.
结果表明:压力罐用铝材中的氧化夹杂物主要为面心立方晶格的γ-Al2O3,富Fe杂质相主要有单斜晶格的Al3Fe相、六方晶格的Tl(Al12Fe3Si)相,或(AlFoSiRE)相,其中 (AlFeSiRE)相的晶体结构较复杂,有待进一步确定。
补充资料：超细二氧化钌粉末
分子式：
CAS号：
性质：微米级粒度的二氧化钌粉末，球状或树枝状。摇实密度1.25～1.5g/cm3。平均粒度<1.0μm，比表面积40～60m2/g。将纯金属钌转入溶液生成一定浓度的氯钌酸，加碱中和生成氢氧化钉、洗涤、烘干、磨细和脱水而成。用作厚膜电阻浆料的导电相。
CAS号：
性质：微米级粒度的二氧化钌粉末，球状或树枝状。摇实密度1.25～1.5g/cm3。平均粒度<1.0μm，比表面积40～60m2/g。将纯金属钌转入溶液生成一定浓度的氯钌酸，加碱中和生成氢氧化钉、洗涤、烘干、磨细和脱水而成。用作厚膜电阻浆料的导电相。
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