枝晶是什么意思_枝晶用英语怎么说_枝晶的翻译_枝晶翻译成_枝晶的中文意思_枝晶怎么读,枝晶的读音,枝晶的用法,枝晶的例句

And the velocity model was based upon the solute conservation interface.

在该模型中,枝晶尖端生长速度模型基于溶质守恒建立.

互联网

With increasing tin ion additive, zinc dendrite was dramatically inhibited.

随着锡离子添加剂含量的增加, 锌枝晶被显著抑制.

互联网

Commonly, solid - liquid interfaces are planar, columnar or dendritic interfaces during solidification.

凝固时的固液界面通常为平面 、 胞状、枝晶状.

互联网

The secondary dendrites become coarse, and grow competitively during cooling.

二次枝晶在冷却过程中粗化, 并竞争生长.

互联网

The difference of composition between dendrite and matrix glass depends on the formation temperature and mechanism.

枝晶形成时存在两种机制,其生长基元分别为原子(分子)生长或晶核切变生长.

互联网

The dendrite growth direction is changed and dendrites are curved in the zone of white band.

白亮带处的枝晶生长方向改变而生成弯曲的枝晶.

互联网

In this dissertation a model of dendritic growth for pure material Ni in supercooled liquid.

通过相场理论建立了纯物质镍在过冷溶液中枝晶生长的相场模型.

互联网

Experiments on semi solid slurry forming were carried out by practical electromagnetic stirring continuous casting method.

采用电磁搅拌连续铸造装置,制备具有触变性非枝晶组织的半固态铝合金圆棒.

互联网

The granulation mechanism of undercooled granular grains is owing to the dendrite breaking - up and recrystallization.

粒状晶粒化机制属于枝晶碎断 - 再结晶机制.

互联网

Pyroxene crystallites in boninite matrix possess peculiar dendritic morphological features in the Xiangcheng area, western Sichuan.

川西乡城地区的玻镁安山岩基质中辉石微晶具有奇特的枝晶形貌.

互联网

Research on secondary arm spacing has important significance for improving the mechanical properties of castings.

研究枝晶二次臂间距对于提高铸件力学性能有重要意义.

互联网

The effect of counterpressure casting parameters on secondary dendrite arm spacing ( SDAS ) of A 357 alloy was studied.

研究了差压铸造不同工艺参数对A357合金二次枝晶间距的影响.

互联网

Numerical simulation of dendritic growth process is one of the most interested fields in material science.

凝固组织枝晶生长过程的机理和数值模拟一直是材料领域的研究热点.

互联网

Categories and forming mechanism of crystalline particulate and dendrites toughened metallic glass matrix composites are reviewed.

综述了晶态颗粒、枝晶增韧非晶基复合材料的种类与形成机理.

互联网

With increase in the coupling parameter, tip velocity at state increased monotonically and it's interfacial stabil.

随着耦合系数的增大, 晶核由一圆核发展为细长的枝晶,枝晶的稳态尖端速度呈单调递增趋势,界面的稳定性逐渐变差.

互联网