1) Cr and Ni elements
Cr、Ni元素
2) Cr element
Cr元素
1.
Begin with the nature of Cr element,by an experiment of when atomic adsorption spectrtromety used for Cr in phosphate rock s determination,how to choose the conditions of instrument to achieve the best result of inspecting.
从分析Cr元素的性质入手,通过实验,探讨在原子吸收分光光度法测磷矿中的Cr时,选择什么样的条件,来达到对Cr元素的最佳检测效果。
3) La-Ni-Cr ternary system
La-Ni-Cr三元系
1.
The 873 K isothermal section of La-Ni-Cr ternary system phase diagram was investigated by X-ray powder diffraction, differential thermal analysis and electron microscopy techniques.
用X射线粉末衍射法,差热分析法和金相分析法测定了La-Ni-Cr三元系600℃等温截面的相关系。
2.
By discussing the 151 alloy samples, the 600C isothermal section of La-Ni-Cr ternary system phase diagram has been confirmed .
通过对151个合金样品进行系统的研究，本文确定了La-Ni-Cr三元系600℃等温截面相图。
4) Ni-Cr-Mo ternary system
Ni-Cr-Mo三元系
1.
The isothermal section of Ni-Cr-Mo ternary system at 1358 K was determined by means of diffusion triple and electron microprobe analysis.
应用三元扩散偶技术测定了Ni-Cr-Mo三元系1358K的等温截面,借助电子探针微区成分分析方法分析了Ni-Cr-Mo三元扩散偶的相区成分,并对其相关系进行了研究。
5) Ni-Cr-Al ternary alloys
Ni-Cr-Al三元合金
6) Cr-Ni-Ti ternary system
Cr-Ni-Ti三元系
1.
In thispaper, the isothermal sections of the Cr-Ni-Ti ternary system at 927℃,the Fe-Ti-Si ternary syst.
本文采用上述两种方法研究了Cr-Ni-Ti三元系927℃等温截面相图、Fe-Ti-Si三元系900℃等温截面相图及Co-Fe-Ta三元系1100℃等温截面相图。
补充资料：200t电渣炉生产的180t26Cr2Ni4MoV钢锭
200t电渣炉生产的180t26Cr2Ni4MoV钢锭
200t电渣炉生产的1 80t 26Cr2Ni4MoV钢锭
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