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- Ti-V基固溶體合金/AB_x（x=3，3.5，5）復合貯氫合金的電化學(xué)性能研究An Investigation on the Electrochemical Hydrogen Storage of the Ti-V Based BCC Alloys Surfaced with AB_x (x=3,3.5,5)
- V基固溶體V-based solid solution
- Ti-V基固溶體Ti-V-based solid solution
- V基固溶體合金V-based solid solution
- Cu粉復合球磨處理對V基固溶體型貯氫合金電化學(xué)性能的影響Influence of ball-milling with Cu powder on electrochemical properties of V-based solid solution type hydrogen storage alloys
- X射線(xiàn)衍射和掃描電鏡分析表明,鑄態(tài)合金均由體心立方(bcc)結構的V基固溶體主相和bcc結構的TiNi基第二相組成;X-ray diffraction and scanning electron microscope analysis show that the as-cast alloys consist of V-based solid solution main phase and TiNi-based secondary phase with bcc structure.
- x>0.6時(shí),一些TiO2已經(jīng)進(jìn)入了CeO2晶格,形成了Ce Ti固溶體。When ?x?>0.6, some TiO?2 enter CeO?2 lattice, and a CeO? 2-TiO?2 solid solution formes.
- 研究了V基固溶體型貯氫合金(TiV211Ni013和TiV211Ni015)與Cu粉進(jìn)行復合球磨處理對其相結構及電化學(xué)性能的影響。The influence of ball-milling with Cu powder on the phase structure and electrochemical properties of V-based solid solution type hydrogen storage alloys (TiV_(2.1)Ni_(0.3) and TiV_(2.1)Ni_(0.5)) were investigated systematically.
- 制備方法對新型錫鋯固溶體催化劑結構及其選擇催化一氧化氮還原性能的影響Influence of Preparation Methods on Structure of Tin-Zirconium Solid Solution and Its Catalytic Performance in NO Selective Reduction
- 包含兩種或兩種以上元素的均勻單相,固溶體可以以置換固溶體或間隙固溶體的形式存在。A homogeneous crystalline phase that contains two or more chemical species.Both substitutional and interstitial solid solutions are possible.
- 結果表明,磨屑中除含有主相Ni-Cr-Fe和Fe-Ni固溶體之外,還含有一定量SiC、Al2O3等物相。Moreover,the electric smelting process was also studied. The results show that besides the main phases of Ni-Cr-Fe and the Fe-Ni solid solute,there are some SiC and Al_2O_3 phase in stainless-steel swarf.
- EDS能譜分析指出,黑色的芯由純的TiC組成,白色的芯和灰色的殼均由(Ti,W,Mo)C固溶體構成。EDS analysis indicats that black cores are nearly composed of TiC and the compositions of white cores and grey rims are (Ti,W,Mo)C solid solutions.
- 部分固溶體partial solid solution
- bcc固溶體bcc solid solution
- BTZ固溶體BZT solid solutions
- 透輝石固溶體diss
- 原固溶體primary solid solution
- 中間固溶體intermediate solid solution
- 鈰-鋯固溶體ceria-zirconia solid solution
- 次生固溶體intermediate solid solution
