1) Solidification behavior and microstructure
凝固行为和凝固组织
2) Solidification Behavior and Structure
凝固行为及组织
3) Solidification Behavior
凝固行为
1.
Reversibility of the Liquid-liquid Structure Transition in Sn-70Bi Alloy and its Solidification Behavior;
Sn-70Bi合金熔体结构转变的可逆性及其凝固行为
2.
Solidification Behavior of Bi in Se-Bi Brass;
硒铋黄铜中铋的铸造凝固行为研究
3.
Effects of TiC Particles on As-cast Microstructure,Mechanical Properties and Solidification Behavior of ZA84 Magnesium Alloy;
TiC对ZA84镁合金铸态组织和力学性能及凝固行为的影响
4) solidification behaviors
凝固行为
1.
Moreover,the L-LST had a visible effect on the solidification behaviors and morphologies of Pb-Sb30% alloy.
在前期研究发现一些二元合金在液相线上数百度温度范围内发生温度诱导液-液结构转变的基础上,进一步研究了Pb-Sb30%合金液-液结构转变的可逆性,结果表明,该合金熔体发生的结构转变是不可逆的;并探讨了液-液结构转变对其凝固行为及组织的影响,发现结构变化后的熔体凝固过冷度增大,初生相和共晶相组织明显细化,且维氏硬度值提高约30%。
2.
In this paper, from the viewpoint of melt structure transition, the solidification behaviors and morphologies of Sn–Bi and Sn–Sb alloys under different melt overheating treatments were studied in details.
前期工作中发现Sn-10%Bi、Sn-40%Bi和Sn-57%Bi合金及Sn-10%Sb合金存在温度诱导的液-液结构转变现象,这些熔体结构与性质及其变化特点等方面的信息有利于探索熔体结构转变对凝固行为、凝固组织的影响及作用规律。
5) solidification structure
凝固组织
1.
Effects of Rectangle Wave Pulse Current on Solidification Structure of Al-Cu Alloy;
方波脉冲电流对Al-Cu合金凝固组织的影响
2.
Solidification Structure of Zn-4Sb Alloy Used for Hot Dip Galvanization;
热镀锌用Zn-4Sb合金凝固组织的研究
3.
Eeffects of cooling rate on solidification structures of Al-Si-Cu sputtering targets;
冷却速度对Al-Si-Cu溅射靶材凝固组织的影响
6) solidification microstructure
凝固组织
1.
Influence of melt superheat treatment on directional solidification microstructure of Al-4.7%Cu alloy;
熔体过热处理对Al-4.7%Cu合金定向凝固组织的影响
2.
Effect of pulse electric field on the solidification microstructure and element distribution of carbon steel;
脉冲电场处理对钢的凝固组织和元素分布的影响
3.
Influence of the ingot solidification microstructure on the formation kinetics of icosahedral quasicrystalline phase during the crystallization of the corresponding amorphous alloy;
铸锭凝固组织对相应非晶合金晶化过程中二十面体准晶相形成动力学的影响
补充资料：凝固
| 凝固 solidification 物质由液相转变为固相的相变过程。在一定压强下，晶体熔液冷却到一定温度（凝固点）时才能凝固，在凝固过程中温度不变，释放热量（凝固热）。对于同一晶体，在一定压强下，其凝固点与熔点相同，凝固热与熔解热相等。凝固点随压强变化，若凝固时体积膨胀（或缩小），则凝固点随压强增大而降低（或升高）。非晶体物质的凝固并不在一定的温度下进行，无凝固点可言。 |
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