零热膨胀金属材料研究进展

宋玉柱, 张济民, 周畅, 施耐克, 陈骏

Research Progress on Zero Thermal Expansion Metallic Materials

SONG Yuzhu, ZHANG Jimin, ZHOU Chang, SHI Naike, CHEN Jun

图10 xLFCS/Cu金属基复合材料的多组分增强体设计以及热膨胀性能[43]

Fig.10 Multi-component reinforcement designs and thermal expansion performances of xLFCS/Cu metal matrix composites (a, b) enhanced metal matrix composites (MMC) with a single NTE material (a) and a multi-component NTE material (b) (c, d) linear thermal expansions of LaFe10.5Co1.0Si1.5 (c), and six compositions of LaFe11.5 - x Co x Si1.5 (dashed line) and xLFCS (solid line) (d) (e, f) MMC reinforced with a single NTE material (e) and a multi-component NTE material (f)