研究了模具温度对硅相形貌的影响。
The effects of the mould temperatures on the Si morphology were studied.
这样会降低和均衡模具温度。
采用实测分析的方法对模具温度场进行了研究。
The mould temperature field is experimentally measured and studied.
模具温度控制过低会影响铝液的流动性并引起铸件冷隔。
Mould temperature control is too low will affect liquid aluminum liquidity and cause a casting cold-lap.
适当提高模具温度，可以减小凝固层厚度，有利于充模过程。
It is favorable to filling process if the mould temperature rises properly, which decreases the solidified layer thickness.
模具温度对成型过程的影响较大，熔体温度的影响相对较小。
The mold temperature obviously influences the molding process, while the melt temperature influences comparatively less.
浇注温度有最佳值，最佳值的大小和模具温度、脱模剂有关。
There exists a critical value for pouring temperature, which is closely related to die temperature and releasing agent.
实验结果表明，熔体温度和模具温度对试样的力学性能有重要影响。
Our results show that mechanical properties of PP samples strongly depend on the melt temperature and mold temperature.
实验结果表明，熔体温度和模具温度对试样的力学性能有重要影响。
Our results show that mechanical properties of PP samples strongly depend on the melt temperature and mold te...
在压铸模具传热过程合理简化的基础上，建立了压铸模具温度场的数学模型。
On base of the reasonable simplification to heat translating process of die casting dies, the mathematical models of temperature field of die casting die were established.
在加入纳米成核剂后，能明显提高PET的结晶性能，可降低注塑模具温度。
The mechanical properties of PET increased by adding glass fiber, while they decreased by adding flame retardant.
由于铰链连接要求高，严格控制了模具温度和冷却速度，使成本进一步降低，衣夹更耐用。
As there's more requirement for hinge connecting, strict control was carried over cooling temperature and rate, further reducing cost and making peg more durable.
本文研究了在不同的熔体温度和模具温度下，注射成型的聚丙烯塑料试样的静态和动态力学性能；
The static and dynamic mechanical properties have been studied for PP that have been injected at different melt temperature and mold temperature.
压铸时，影响合金液充填成型的因素很多，其中主要有压射压力、压射速度、充填时间和模具温度等。
Die casting, the influence factors of filling liquid alloy shape many, including injection pressure, the main injection speed, the fill time and mould temperature, etc.
本文利用数值模拟实验，分析了不同出口速度下的模具应力、模具温度和模具工作带尺寸的变化规律。
By the test of numeric simulation, under various exit velocities the changed rules of stress, temperature and land size about the die are analyzed in this paper.
指出生产成型温度较高的工程塑料制品时，在工艺设计编制中要对模具温度提出相应的要求，并严格加以控制。
It was pointed out that mould temperature should be strictly controlled in the production of engineering plastic products of high molding temperature.
实际生产表明，改进后的内浇道形成了较理想的流态，使模具温度分布均匀，同时消除了铸件充型远端的冷隔缺陷。
The production verifies that the desirable filling can be formed in the optimized ingate, which plays the uniform temperature distribution in the die and eliminates the cold shut in fi...
研究表明：良好的冷却方式可以做到将模具温度很好地控制在合理的范围内，且模具产生的热应力也可以大大降低。
The results show that adopting a good cooling channel project, the mold temperature can be controlled in a reasonable range and the thermal stress of the mold can be reduced greatly.
采用金属型立式浇铸，严格控制铸造工艺参数(模具温度、浇注温度、浇注速度)，以避免气孔、缩松、冷隔等缺陷的产生。
By using metal mold casting, we can control mold temperature, infusing temperature, infusing speed to avoid defects of pore, cold partition, shrink and loose.
全新造型的XB系列工业冷水机主要适用于塑胶工业，它可以精确的控制塑胶成形模具温度以缩短成型周期，加速产品定形；
New-designed XB series of industrial chillers are capable of controlling precisely the mold temperature in plastic molding process as so to shorten molding cycle and speed product formalization.
通过对塑料熔体在型腔中的流动性分析和模具温度控制方式的比较，确定了微结构塑件在注射过程中模具温度控制的优化方案。
According to the structure of plastic parts and mold characteristics, the flow model of the plastic melt in the gating system based on the ANSYS was built and simulated.
最后通过程序实现计算出冷却水的流量场、速度场、换热系数场等的分布，为玻壳模具温度场的数值模拟提供了必需的边界条件。
The distribution of some field parameters such as the flux, the velocity, and the heat-transfer coefficient computed by the programming provided required conditions for cooling simulation.
只要预先设定好胶合电流值和时间，本系统会根据电流的反馈信号自动调节，胶合电流不会受到厚薄的变化和模具温度上升的影响。
As long as the pre-set current value and a good bonding time, the system based on current feedback signal auto - Regulation, will not be glued current thickness change and mold temperature rise.
对影响薄壳塑件翘曲变形的因素（如模具温度、熔体温度、注射速率、保压压力等）进行分析，提出翘曲产生的原因及相应的改进措施。
The factors that affect thin-wall mould warpage, such as mould temperature, melt temperature, rate of injection and holding pressure, etc, are analyzed, in addition the ca…
影响脱模的原因常常是差的模具冷却效果，而这又是由于缺乏冷却剂，而不是温度的设定所致。
Frequently the cause is poor mold cooling and this is frequently caused by a lack of coolant rather than its temperature.
影响脱模的原因常常是差的模具冷却效果，而这又是由于缺乏冷却剂，而不是温度的设定所致。
Frequently the cause is poor mold cooling and this is frequently caused by a lack of coolant rather than its temperature.
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