凝固的

Low melting point, low viscosity of the mixtures with alicyclic epoxy resins, long applicable period, high heat-resistance of the cured material and excellent electrical properties at high temperature, MHHPA is widely used for impregnating electrical coils, casting electricity components and sealing semiconductors, e.g.

MHHPA是炮炼凝固型酸酐类凝固剂，关键用于电气及电子方面，它拥有熔点低、与脂环族环氧松脂合成的默契物粘度低、适用期长、凝固物的耐热性高、高温电机能好等长处，可用于电气设备线圈的浸渍及电气元件的浇铸和半导体的密封，如户外绝缘子、电容器、反光二极管等、数码管等。

The balance of attractive and repulsive forces between soybean protein molecular will be broke and coagulum syneresis will occur at a coagulant concentration that is called critical concentration for salt coagulant.

当凝固剂浓度超过某一值时，大豆蛋白之间的引力与斥力平衡被打破，凝固物失去蜂窝状网络结构，发生明显的缩水现象，因此，盐类凝固剂具有一个临界浓度值。

According to the examining results of coagulum texture change during soymilk coagulation showing in this paper,when the coagulation is induced by Alcalase,a commercial alkaline proteinase,the pH value drops by (0.2,) and all the subunits of soy protein are hydrolyzed to 8-14 KDa peptides,indicating that the essential reason for the coagulation by Alcalase is the partial degradation of the peptide chains.

在Alcalase凝固豆乳过程中pH值下降程度小于0.2，SDS-PAGE电泳表明大豆蛋白质各亚基在凝固过程中均降解为8～14 Ku的肽段，说明大豆蛋白的部分降解可能是Alcalase凝固豆乳的根本原因。

By the new electromagnetic soft contact confinement process, the superalloy melt is half suspended by electromagnetic pressure, so the contacting area and time between melt and magnetic mold decrease.

将该方法和定向凝固技术相结合，提出了1种实现高温合金复杂形状电磁软接触成形的定向凝固工艺，探讨了该工艺下不同结晶器材料、磁化套高度及其所加方位对线圈中磁感应强度的影响，并在实验室中成功制备出了2种近叶片形状的高温合金电磁软接触成形的定向凝固样件。

In this paper, the effects of factors like flotation、cooling velocity on distribution and microstructure of the material were studied under the condition of unidirectional and multidi〓tional solidification, an order of magnitude analysis was performad in order to understand the dynamics of an advancing solid/liquid interface behind a particle as well as the behavior of the particle in front of the interface, and a model of critical velocity for the pushing/engulfment transition of particles by the interface was built, the theoretic result gave a good explain to experimental one.

本文考察了在常规铸造和定向凝固条件下，浮力、冷却速度等因素对SiC颗粒分布以及材料组织的影响，分析了颗粒在凝固过程中的行为以及对界面的作用，建立了在胞状树枝晶凝固条件下枝晶对颗粒的推移/吞并临界速度模型，理论分析和实验结果基本一致。

The forces acting on the droplet in front of the S/L interface during the solidification of immiscible alloys have been analyzed.

分析了难混溶合金凝固过程中作用在凝固界面前沿液滴上的力，建立了液滴与凝固界面相互作用行为的动力学判据。

It is found that the increase in the diameter of oxide which grows during solidification is larger when the size of oxide before solidification and cooling rate during solidi...

此外，可以根据冷却速率和凝固后氧化物的直径判断氧化物是凝固前形成的一次氧化物还是凝固过程中产生的二次氧化物。

In the medium scale experiment line, the best concentration of coagulation was about72% It was showed that the increasing of the concentration of was good for decreasing surface puckers and made the cross-section shapes tend to circle.

在中试线上，最佳凝固浴浓度为72%左右。对凝固浴浓度与纤维表面形态的研究表明：凝固浴浓度的升高有利于降低纤维表面沟槽，截面更趋于圆形。

In order to obtain better directional solidification microstructure, the whole directional solidification technique needing crucibles

为了获得更好的定向凝固组织，需要在超高温超高真空定向凝固设备上进行有坩埚的整体定向凝固。

Solidification simulation was used for gatings of three different structures with the help of Magma soft Based on the simulation results of appearance defects and inner shrinkage porosity of the castings, the different technology improvements were brought forward.

应用Magma软件对三种不同结构转向摇臂的不同工艺方案进行凝固模拟，根据凝固模拟结果显示的缺陷及内部缩松情况，提出改进工艺方案并对其进行凝固模拟，选择最佳方案应用于生产。

In the negative and interrogative forms, of course, this is identical to the non-emphatic forms.

。但是，在否定句或疑问句里，这种带有"do"的方法表达的效果却没有什么强调的意思。

Go down on one's knees;kneel down

屈膝跪下。。。下跪祈祷