在一些案例里，生产商不知道产品的共晶点。
In some cases, manufacturers are unaware of the eutectic point.
本研究以新鲜香菇为实验材料，测定其共晶点和共熔点。
The article determined the eutectic point and eutectic point using fresh Letinus edodes as the material.
经验证明，过冷现象容易发生至使制品温度虽已达到共晶点。
Experience proves, supercooling phenomenon is easy to occur to make products temperature has reached the eutectic point.
本发明还涉及利用该装置测量导热系数、共晶点和共熔点的方法。
The invention also relates to a method for measuring the heat conduction coefficient, the eutectic point and the congruent melting point by the device.
在升温的第一阶段(大量升华阶段)，制品温度要低于其共晶点一个范围。
In the first stage (large heating sublimation stage), product temperature lower than the eutectic point of a range.
显然生产商需要知道产品的共晶点，而且需要使用仪器保证产品的温度是均一的。
Obviously, the manufacturer should know the eutectic point and have the necessary instrumentation to assure the uniformity of product temperatures.
不知道产品的共晶点，对于不正常的循环的评价是困难的。循环参数需要指导主干燥。
It would be difficult for a manufacturer to evaluate partial or abnormal cycles without knowing the eutectic point and the cycle parameters needed to facilitate primary drying.
为了对苦瓜汁进行真空冷冻干燥，首先通过简单的电阻装置测定了苦瓜汁的共晶点与共融点。
The eutectic temperature and eutectic point of Momordica charantia juice were measured by using a simple apparatus.
通过正交试验对预冻时间和升华干燥时间进行了分析，测量了黄瓜的共晶点温度和干燥时间。
With the help of the orthogonal experimentation we analyse the academic number of the Pre-freezing and sublimation-drying time, measure co-crystal temperature and the drying time.
“共晶”是指一种元素或者化合物的组合，它可以在比任一成分单独时的凝固点更低的温度下保持液态。
"Eutectic" refers to a mix of elements or compound that remains liquid at lower temperature than either of its components does alone.
介绍了激光重熔在面阵列封装钎料凸点成形中的研究进展，并且对PBGA共晶钎料球激光重熔进行了工艺研究。
Research status of laser reflow on solder bump forming of area array packages are introduced, and experimental analysis on laser reflow of PBGA solder ball is performed.
本文对（准）共晶系的融点和融解热进行了分析预测，得到了共晶混合物融点，融解热与组分物性（融点、融解热、比热）间的关系及两个推论。
Eutectic and co-melting point of different materials were determined by DSC, and the effect of different solutes on the Eutectic and co-melting point of materials were discussed.
本文对（准）共晶系的融点和融解热进行了分析预测，得到了共晶混合物融点，融解热与组分物性（融点、融解热、比热）间的关系及两个推论。
Eutectic and co-melting point of different materials were determined by DSC, and the effect of different solutes on the Eutectic and co-melting point of materials were discussed.
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