劳神照料炉上的牛奶，别沸溅了。
这时就是一个负的共沸混合物。
所以我们要知道哪些东西会形成共沸混合物。
注意炉上的牛奶，别让它沸溢出。
沸羊羊：狼啊，快走开，走开。
因此，可能会出现严重的爆沸。
沸开水、温开水、自然水三大功能。
当心，不要让牛奶沸溢出来。
这样的恒沸溶液叫做共沸物。
沸羊羊：我们一起吃蛋糕吧。
关于共沸混合物，有问题吗？，接着我们要讲依数性？
Any questions on azeotropes, before we get to colligative properties?
结论：改后共沸结晶条件优于原共沸晶条件。
Conclusion: This azeotropic crystallizing condition is better than old one.
回收的高沸醇溶剂，可作为制浆溶剂循环使用。
Recovery high boiling solvents (RHBS) is able to recycle as a pulping solvent.
人群又开始沸泱。
本文介绍了应用非共沸混合物的小型制冷系统的特性。
In this paper, the performances characteristics of small refrigerating system using non azeotropic mixtures are introduced.
对无水酒精恒沸精馏工艺中恒沸精馏塔进行模拟计算。
Analog calculation of az eo tropic rectification tower in the process of anhydrous alcohol was done.
实际上所有液体混合并受热时，都表现出恒沸物的特性。
Virtually all liquids, when mixed and heated, will display azeotropic behaviour.
同时对恒沸状态的温度、压力及组成等参数亦进行了相关计算。
In addition, the parameters under the azeotropic state such as temperature, pressure and composition were calculated.
在此基础上，提出了降低运行费用的共沸塔操作调整的优化方向。
On this base, the suggestion is put forward on optimization of azeotrope tower operation adjustment to reduce the operation cost.
用模型参数推算了常压下水三聚甲醛系统的共沸组成和共沸温度。
The azeotropic temperature and compositions of the trioxane-water system under atmospheric pressure were also predicted.
高沸硅油是含有活性甲氧基、乙氧基基团的甲基硅油，容易固化成膜。
High boiling silicone containing activity is the base of group oxygen, easy solidified into methyl silicone membrane.
如果我们有这样子特殊的A和B的混合物，在这个点，我们得到了所谓的共沸混合物。
So if I have this special mixture here, of A and B, at this point here, I form what's called an azeotrope.
鉴于她的名声和收入仰赖于人们持续沸扬的猜测，关于她的真实意图说法不一。
Since her celebrity and earnings depend on keeping the speculation alive, opinion about her real intentions is divided.
血沸不再完结疾病；不再受到攻击强度影响；不再强制目标攻击死亡骑士3秒。
Blood Boil no longer consumes diseases; is no longer modified by attack power; and no longer forces the target to attack the Death Knight for 3 seconds.
促进汽油沸程原料烃类分子重排以生成催化重整过程所要求产物所用的催化剂。
Catalyst for promoting rearrangement of hydrocarbon molecules in a gasoline boiling-range feedstock to form desired product in catalytic reforming process.
渗透汽化分离是一种高效、节能的分离技术，特别适用于近沸及恒沸混合物的分离。
Pervaporation, as one of high efficient and economic membrane separation methods, is capable of separating azeotropic and near-boiling point mixtures.
渗透汽化分离是一种高效、节能的分离技术，特别适用于近沸及恒沸混合物的分离。
Pervaporation, as one of high efficient and economic membrane separation methods, is capable of separating azeotropic and near-boiling point mixtures.
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