In this paper, we propose a Phase Change Material (PCM) for the temperature control.
在本文中，我们计划使用相变材料(PCM)作为温度控制材料。
Water temperature, water, raw material consumption with intelligent all-digital control, brew drinks without having to manually access, convenient health.
水温、水量、原料用量具备智能全数码控制，冲泡饮品时无须人工接触，方便卫生。
Two side heat sealing with PID temperature controller to have more accurate temperature control, more strong sealing quality, more wider usage of packaging material.
采用双路控制的热封机构，温度控制更精确，封合质量更高，包装材料更广。
It has a single "hard burned" and refractory grade MgO. Material temperature is difficult to control resulting in inconsistencies that reduce reactivity, costing the end user more.
回转炉内的物料温度控制难度很大，从而导致产品质量的严重不均匀，这会造成氧化镁产品的反应活性下降、最终用户的生产成本升高。
The experimental results showed that the control system can be used in the surface temperature adaptive material system.
结果表明该控制系统可以应用于表面自适应变温材料系统。
A water temperature control system for applications of magnetostrictive material is introduced, based on the logic rule control algorithm.
针对磁滞伸缩材料在应用中对温度的要求，设计了基于逻辑规则控制算法的水温控制系统。
Screw with core temperature regulation unit and well barrel cool guaranteed the exact control of technology temperature of material.
螺杆具有芯部温度调节装置及良好的料筒冷却，保证了对物料工艺温度的精确控制。
Accurate temperature control system, no ageing problem of the material in long-time producing.
温控系统控制准确，长时间生产没有老胶。
Equipped with the internal heating pipes, imported time meters and thermal insulation material to control temperature.
采用内置式电热管装置，进口时间表及保温材料隔热控温。
The key points to control the quality of PE pipeline for gas were discussed in this paper. The raw material, temperature, pressure, velocity of extrusion and so on were discussed.
本文讨论了确保聚乙烯燃气管材产品质量的要点，从原材料、挤出工艺温度控制、挤出压力控制、定型、挤出速度等多个方面进行了讨论。
OBJECTIVE To observe the affects of different temperature and time for detective results after opening the quality control material of whole blood.
观察全血质控物开启后温度和时间对测定结果的影响。
Due to adopt digital temperature control system and complete stretching, so the material distribution is more optimized.
由于采用精确的数字温控系统和完全的拉伸运动，使物料分配更加优化。
Due to adopt digital temperature control system and complete stretching, so the material distribution is more optimized.
由于采用精确的数字温控系统和完全的拉伸运动，使物料分配更加优化。
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