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- Fe based amorphous alloy 铁基非晶合金
- Correlations Between Glass Transition, Crystallization, Apparent Activation Energy and Glass Forming Ability in Fe Based Amorphous Alloys 铁基非晶合金的表象激活能与玻璃转变、晶化、玻璃形成能力的关系
- iron base amorphous alloy coatings 铁基非晶合金涂层
- Removal of Sulfur from Benzene Using Nickel Based Amorphous Alloy as Sorbent 用镍系非晶态合金脱除苯中硫的研究
- Keywords Al based amorphous alloy;icosahedral quasi crystallization;prepeak;chemical short range order; 铝基非晶合金;二十面体准晶;预峰;化学短程序;
- Keywords bulk metallic glass;transitional region;glass forming ability （GFA）;zirconium based amorphous alloy; 块体金属玻璃;过渡区;玻璃形成能力;锆基非晶合金;
- Keywords Zr base amorphous alloy;quasicrystal;confusion principle;glass formation ability; 锆基非晶合金;准晶;混乱原则;非晶形成能力;
- Influence and mechanism of RE on the constitutes, structure and wear resistances of Fe base alloy powder sprayed melted coating in diffrent depth is investigated. 本文主要研究了稀土对铁基合金喷熔层不同层深的成分、组织结构及各种耐磨性的影响规律及作用机制。
- magnesium based amorphous alloy 镁基非晶合金
- Zr based amorphous alloy 锆基非晶合金
- Fe- based amorphous alloy Fe基非晶合金
- The structure and thermal properties of Fe 74 Al 4Sn 2P 10 Si 4B 4C 2 bulk amorphous alloy were examined by X-ray diffraction, differential scanning calorimetry (DSC) and differential thermal analysis (DTA) method, respectively. 利用X射线衍射、差示扫描量热仪 (DSC)和差热分析仪 (DTA)对Fe74 Al4 Sn2 P1 0 Si4 B4 C2 块体非晶合金的结构和热性质进行了测定。
- Al - based amorphous alloy 铝基非晶合金
- Amorphous alloys are a new type of metal material. 摘要非晶态金属是新型的金属材料。
- Zr base amorphous alloy 锆基非晶合金
- INVESTIGATION OF INTERNAL FRICTION IN IRON BASE AMORPHOUS ALLOYS TREATED BY LOW FRE-QUENCY PULSE MAGNETIC FIELD METHOD 低频脉冲磁场方法处理铁基非晶合金的内耗研究
- iron base amorphous alloy 铁基非晶合金
- Cu(Zr) base amorphous alloy 铜（锆）基非晶合金
- Based on the papers on amorphous alloy deposition published in China since 1990, the recent development of amorphous alloy deposition in dina is reviewed. 以90年代国内公开发表的非晶态合金镀层的研究论文为基础;综述该领域近期发展动态.
- The effect mechanism of thermal history of the melt on the phase formation of the rapidly solidified Al Fe based alloys and the phenomenon of which the melt kinematic viscosity dur... 有效地解释了熔体热经历对快凝铝铁基合金中相形成的影响机制，以及长期以来不易理解的、加热过程中熔体的运动粘度比冷却过程中熔体的运动粘度为小的现象。
