decalescence
decalescence
1. When MDI and water are heated together, there are reactions of decalescence and give out hot .
MDI和水共同加热时,可以产生放热及吸热反应;
2. The models of decalescence and heat-lossing are established.
为了得到锻模的热平衡状态，提出试探法的新思路求解最佳工作节拍。
3. From the result we can see the cooling effects increases with the speed of cooling water, the quantity of decalescence of cooling decreases with the speed of cooling water;
从计算模拟的结果可以看出，冷却效果随流速增加而增大，但随着流速的增加，冷却水吸热量增加量逐渐变小；
4. Along with the increase of decalescence of cooling medium, gas contents increases and degree of dry steam rises.
冷却介质主流发生相变的点称之为蒸发点,其后随着介质不断吸热,气态含量增多,蒸汽干度上升。
5. Calculation results indicate:the new ladle still is in the state of decalescence after pre-heating and will reach the quasi-stable state through several heat circles;
包底工作层应力值在预热完成后,钢水注入瞬时达到最大;
6. break state of decalescence and releasing heat
吸放热转变点
7. decalescence point
吸热点
8. If only 6 mm thick glass through 50% of the blue solar radiation, tinted, glass can reveal decalescence through 25% of the sunlight.
如6毫米厚的蓝色玻璃只能透过50%的太阳辐射，茶色、古铜色吸热玻璃仅能透过25%的太阳光。
9. Keywords ladle furnace;close-packed tubular water-cooled cover;clapboard water-cooled cover;decalescence intension;
密排管式水冷炉盖;隔板水箱式水冷炉盖;吸热强度;
10. Keywords tunnel fire experiment;thermochemical forms;burning rate;released heat rate;medium decalescence ratio;
巷道火灾试验;热化学式;比燃烧速率;释热速率;介质吸热率;
11. more sample quantity will influence decalescence and heat release, so do the gas release and temperature gradient, warping the TG.
样品量大会影响吸热或放热,也会对逸出气体和温度梯度产生影响,从而使TG曲线产生偏差。
12. Modern technology developed decalescence glass.
现代科技研制出的吸热玻璃。
13. As decalescence glass absorb infrared light can fade 20%-30% solar radiation, thereby reducing access to indoor heat in the summer, can reduce air-conditioning loads;
由于吸热玻璃吸收红外光线，能够衰减20%-30%的太阳能入射，从而降低进入室内的热能，在夏季，可以降低空调的负荷；
14. The result shows that the hot reaction of MDI is steady and there is neither decalescence nor give out hot in the area of the tested temperature.
结果表明:MDI自身的热反应特征平稳,在被测的温度范围内,基本无放热及吸热现象发生;
15. A Discussion on Break State of Decalescence and Releasing Heat in Arbitrary Process of Vann der Walls Gas
范氏气体的任意过程吸放热转变点的讨论
16. " This "growth of the wall" can decalescence summer, warm in winter can be.
这种“生长着的墙”夏天能吸热，冬天能御寒。
17. The change of composite weight after being heated and decalescence / heat release of composite were analyzed by carrying TG-DSC experiment.
通过进行TG-DSC实验，分析了复合材料在受热后其重量的变化以及吸放热情况。
18. Firstly, forging die’s heat-force process is divided into alternate loop of decalescence process and heat-lossing process.
首先，将热锻模热力过程划分成吸热过程和散热过程的交替循环，并建立锻模的吸热模型和散热模型。
