1) solute trapping
溶质捕捉
1.
In recent years, phase field model(PFM) of alloy solidification based on solute trapping and solute drag was introduced as a powerful tool to simulate the process of solidification.
近年来发展起来的PFM模型根据“溶质捕捉”和“溶质牵引”两种机制对金属及合金快速凝固过程进行数学描述及模拟 ,较好地反映了金属凝固的物理本质。
2) solute
溶质
1.
Study on solute solubility in supercritical CO_2 with cosolvent;
夹带剂作用下溶质在超临界CO_2中溶解度的研究
2.
Calculation of solid solute solubility in supercritical carbon dioxide with cosolvent;
固体溶质在含夹带剂超临界CO_2中溶解度的计算
3.
Fractal model for predicting effective diffusion coefficient of solute in porous media;
多孔介质中溶质有效扩散系数预测的分形模型
3) solute concentration field
溶质场
1.
A set of mathematical and physical models has been proposed to describe the mi-crostructure evolution in solidification process of the AZ91D die casting magnesium alloy, which is a modified 3D micro-scale cellular automaton (CA) model coupled with 3D model of solute concentration field.
采用改进的三维微观元胞自动机(CA)模型,耦合三维溶质场计算,结合压铸镁合金进行了微观组织模拟。
4) Solute transportation
溶质运移
1.
The solute transportation during heap leaching in fact is a kind of solute transportation in the saturated or unsaturated porous media.
综合考虑以上影响因素,分别建立了堆浸中可动和不可动区溶质运移模型。
5) solute transport
溶质运移
1.
Properties of solute transport of stope leaching;
原地爆破浸出开采中的溶质运移特性
2.
Long-term treatment effect of wastewater land treatment system with solute transport theory;
用溶质运移理论评价污水土地处理系统长期运行的处理效果
3.
Study on model of solute transport in fractured rock mass;
裂隙岩体溶质运移模型研究
6) solute distribution
溶质分布
1.
Microstructure and solute distribution of Fe-Cr-Si-B Cladding by plasma;
等离子体表面熔覆Fe-Cr-Si-B涂层的显微组织与溶质分布
2.
The formation of band-like microstructures is related to the solute distribution ahead of solid-liquid interface,and the changes of the growth rate and alloy.
从实验和理论两方面阐明了上述带状组织的产生与合金定向凝固界面前沿的溶质分布有关;形成的原因是合金未达到稳态凝固,凝固速率和合金成分一直处于变化之中。
3.
The solute distribution during nonequilibrium solidification process was measured by EPMA .
通过形态分析确定了Al Mg Si合金的凝固顺序 ,用EPMA测定了非平衡过程的溶质分布 ,并发现FeSiAl4~ 5相成分在高冷速时为FeSiAl5,而在低冷速时为FeSiAl4。
参考词条
补充资料:捕捉
1.缉捕;捉拿。 2.指抓住(机会)。 3.犹捉摸。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。