材料与性能美 ©下一代:液态金属外壳? ©液态金属与传统金属的性能比较 Performance Advantages LIQUIDMETAL TKONCIOGIES Strength Strength-to-Weight Ratio Yield Strength (in 1000 pa Aluminum Alloy 7075-T6 (TEA14V) [PH 17-4) 7075T6) H174 B于kAby Elasticity Hardness Elastic Strain Limit (as%of original shape) Hardness (Vickers) LM Coatingn:900-1400 Alloy Stainesa Steel Stee Alloy 707T 7075T6 (TEA14V) 州174 (T6A14V) %H174 http://liquidmetal.com/technology/atomic-structure/ SJTU材料美学
下一代:液态金属外壳? 液态金属与传统金属的性能比较 材料与性能美… http://liquidmetal.com/technology/atomic-structure/
材料与性能美… 液态金属:非晶金属合金(Amorphous metal alloys) 传统金属的原子排布 液态金属的原子排布 性能特点:耐磨 高硬度 易加工成复杂形状 http://liquidmetal.com/technology/atomic-structure/ SJTU材料美学
材料与性能美… 液态金属:非晶金属合金(Amorphous metal alloys) 传统金属的原子排布 液态金属的原子排布 性能特点:耐磨 高硬度 易加工成复杂形状 http://liquidmetal.com/technology/atomic-structure/