研究了凝固速度对材料组织和性能的影响。
The influence of solidification rate on structures and properties of the composites was studied.
随定向凝固速度提高，磁场的作用逐渐减弱。
The effect of the magnetic field on the growth of crystal decreases with increase of growth speed.
对适当范围的温度梯度，凝固速度较小时通道偏析易于形成。
Within a suitable range of temperature gradient, channel segregation is easy to develop when solidification rate is slow.
通过确定凝固速度的表达式，定量计算了连铸过程中一次枝晶间距。
Based on the conformation of the solidification rate expression, the quantitative calculation of the primary dendritic spacing in the continuous casting was done.
火山熔岩冰洞，是由于表层熔岩和底层熔岩的凝固速度不一样而形成。
Volcano lava ice cavern, formed mainly because of the different solidifying velocities between surface lava and bottom lava.
研究农业因素如季节温度、品系、化学刺激对鲜胶乳快速生物凝固速度的影响。
Agricultural factors such as seasonal temperature, clone and chemical stimulation were analysed in relation to rapid biological coagulation of fresh latex.
研究表明，薄板坯的二冷强度大，凝固速度快，组织细小、均匀，其内部溶质元素的偏析程度远低于传统连铸板坯。
It shows that thin slab continuous casting has a greater secondary cooling intensity, a faster solidifying rate, a fine and uniform structure and less segregation than conventional slab casting.
方法：通过测定材料在水中的凝固速度及凝固后材料表面性状，对水硬性材料成份的种类、赋形剂的种类及凝固促进剂的种类进行筛选。
Methods: According to their effects on the hardening depth and surface characteristic of the set materials, the water-hardening components, excipient vehicles, coagulation accelerators were selected.
利用阶梯型腔金属模和砂型模拟不同的冷却速度，研究了冷却速度对高硼钢凝固组织和性能的影响。
Simulating different solidification cooling rate with step-metal mould and sand mould, the effect of solidification cooling rate on microstructure and properties of high boron steel were studied.
用数学回归的方法得到了AZ91镁合金的凝固冷却速度与二次枝晶间距的定量关系式。
The quantitative relationship between secondary dendrite arm spacing and solidification cooling rate of AZ91 was obtained by regressive analysis.
最大导丝速度也随凝固浴浓度的增大下降。
The maximum spinning speed decreased with the coagulation bath concentration increasing.
如果没有严重的伤口，那么用拇指或者手指压在伤口处来减缓血流的速度，这样血就能凝固了。
If there are no severe lacerations, apply direct pressure on the wound with thumb and/or fingers to help slow the flow of blood so that clots can form.
AZ 91d镁合金半固态液相的凝固方式与冷却速度所决定的过冷度有重要关西安理工大学硕士学位论文系。
The solidification modes of liquid phase of semi-solid AZ91D Mg alloy were in close relationship with the degree of supercooling determined by cooling rate.
最后分别讨论了钢种、结晶器长度、拉坯速度、铸坯断面尺寸与结晶器锥度、凝固收缩系数的关系。
In the end the relationship of steel grades, mould length, drawing speed and sectional dimensions of the billet with mould taper and solidification and contraction coefficient has been discussed.
讨论了电极熔化速度与凝固质量之间的关系，及如何计算合理的熔化速度。
Relation between melting rate and solidification quality and how to obtained the reasonable melting rate is discussed.
通过控制环境温度和冷却速度，模拟厚大断面球墨铸件凝固过程温度场的分布和变化规律。
The temperature distribution field and its variation rule was being simulated by controlling environmental temperature and cooling rate.
实验表明，升压速度在很大程度上决定着材料的浸渗和凝固过程。
It is shown that the process of infiltration and solidification of metal-matrix composite is mainly controlled by pressure-regulating velocity.
即计量太小注射速度太小导致充填结束之前树脂凝固。
Injection speed may be too slow causing freezing before mold is filled.
通过速度场与温度场的耦合计算，得到了凝固区的温度场分布情况。
The distribution of the temperature field in solidification zone was gained by coupling calculating of velocity field and temperature field.
分析了雾化过程中的液滴的速度与粒度分布及凝固各阶段液滴凝固潜热的释放与环境导热之间的热平衡。
This paper analyzed the droplet velocity and size distribute, the thermal exchange of each stage between the droplet and environment during solidification.
麦汁煮沸时添加一定量的卡拉胶，有助于啤酒过滤速度提高和去除麦汁中可凝固氮含量。
The beer filtering speed would be improved and the nitrogen content which could be sedimented during wort boiling would be decreased when the carrageenan was added in the boiling tank.
以琥珀腈为研究对象，用设计的定向凝固实验体系，研究了不同温度梯度和界面生长速度对固液界面形貌的影响。
The effects of temperature gradient and interfacial growth velocity on solid-liquid interface morphology were studied with succinonitrile under the unidirectional solidification system.
为了探讨AZ 91d镁合金在较慢凝固冷却速度下的组织，对其进行了缓慢凝固处理。
In order to discuss the microstructure under slower cooling rate of as-cast AZ91D magnesium alloy, the slow solidification treatment was carried out.
“这种凝固的速度非常快”研究再生医学的Panitch说：“这种基质可以形成你需要的任何形状。”
"It's very rapid assembly," said Panitch, who specializes in regenerative medicine. "The matrix can have any shape you want it to."
“这种凝固的速度非常快”研究再生医学的Panitch说：“这种基质可以形成你需要的任何形状。”
"It's very rapid assembly," said Panitch, who specializes in regenerative medicine. "The matrix can have any shape you want it to."
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