1) non-equilibrium solidification microstructure
非平衡凝固组织
2) nonequilibrium solidification
非平衡凝固
1.
The structure formation and transformation of Zn-5Al alloy in the nonequilibrium solidification process were investigated by the liquid-quenching solidification process and the qualitative metallography analysis.
研究表明:合金在非平衡凝固下析出初生富铝相α,它随着冷却速度的提高是逐渐减少的;初生相逐渐从胞状向树枝状转变。
3) non-equilibrium solidification
非平衡凝固
1.
The present overview focuses on a series of competitions incorporated in nucleation upon non-equilibrium solidification of bulk undercooled alloy melt.
着眼于过冷合金熔体非平衡凝固中形核方式的竞争,包括连续形核与非热形核(位置饱和与自由生长)的竞争、单点形核与多点形核的竞争、均质形核与异质形核间的竞争,对不同合金系的形核方式进行了讨论。
4) Non equilibrium Solidification
非平衡凝固
1.
We propose a method in section 2 through section 5 for micro modeling of the non equilibrium solidification process of hypoeutectic gray iron; the method contains the calculation of volume fraction of dendritic austenite (section 2) and the treatme.
根据亚共晶灰铸铁非平衡凝固过程的特点 ,提出了数值模拟其凝固组织的一套方法 ,其中主要包括奥氏体枝晶生长过程体积分数的计算以及晶粒接触因素的处理。
5) non-equilibrium microstructure
非平衡组织
1.
When these samples were reheated and held at 650 or 700 ℃, the non-equilibrium microstructures tend to evolve into equilibrium ones.
在随后的650和700℃再加热过程中,非平衡组织向平衡组织演化。
2.
The results show that, increasing cooling rate, pre-deformation and grain refinement are useful for spreading of the non-equilibrium microstructure around the primary grains.
结果表明:增加冷却速率、预变形处理和晶粒细化有利于初始凝固组织中存在的非平衡组织的分散细化。
3.
The experiment shows that increasing cooling rate is advantageous to spread and graining of non-equilibrium microstructure around the primary grains.
结果表明:增加冷却速率有利于初始凝固组织中存在的非平衡组织的分散细化。
6) non-equilibrium structure
非平衡组织
1.
The characteristics of austenite forming during laser heating and the hardness curve of laser quenching layer for non-equilibrium structure of the 4Cr13 stainless steel in quenching and quenching plus low tempering were studied.
对4Cr13不锈钢淬火及淬火+低温回火等非平衡组织经激光加热时奥氏体形成特点及加热后的表面层硬度的分布进行了研究分析。
补充资料：非想非非想处天
1.佛教语。即三界中无色界第四天。此天没有欲望与物质﹐仅有微妙的思想。
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