1.
Study on process of improving cast-rolling strip quality by temperature lowering and speed increasing
降温提速提高铸轧带材质量的工艺研究
2.
The Influence of the Different Cooling Rate to the Effect of the Cryopreservation Carotids;
降温速率对程序化降温低温保存动脉的影响的初步研究
3.
In extreme temperatures, the inflation rate will decrease a little bit.
在极限温度中，充气速度会有一点降低。
4.
Study on the Rapid Annealing and lts Heating and Cooling Process of Malleable Iron
可锻铸铁快速退火与升温降温规律的研究
5.
It is refreshing , tasty, and can help cool you down .
它清凉提神、美味可口，还能助您降温。
6.
DECREASE LOW TEMPERATURE ADJUSTING WATER AND INCREASE LOW PRESSURE ABSORPTION EFFICIENCY
降低低调水温度 提高低压吸收效率
7.
The deposition rate of Al film decreases with the increase of the substrate temperature.
随着基片温度的增加,薄膜的沉积速率反而降低。
8.
Composting of municipal solid waste by continuous high-temperature aerobic composting
全程高温好氧堆肥快速降解城市生活垃圾
9.
Effects of cooling rate on the bonding strength of cast titanium to porcelain
降温速率对Noritake瓷与铸钛结合强度的影响
10.
Research on the Feasibility of Further Speed-raise of Ningbo-Taizhou-Wenzhou Railway
甬台温铁路进一步提速的可行性研究
11.
A Rapid Measurement Method of Curie Temperature for DOW Recording Thin Films Based on Down-turn of Temperatures
基于降温法的直接重写磁光记录薄膜居里温度的快速测量
12.
The cooling in gradient method was applied, the uneven cooling speed was avoided.
通过工艺改进，采用自上而下的梯度式降温方式，避免了降温速度不均匀的问题。
13.
Remember that body temperature drops when you fall asleep. Raise the room temperature or use a blanket.
记得，当你睡著时，你的体温会下降。请提高房间的温度或使用毯子。
14.
EFFECTS OF Co ON RAISING CURIE TEMPERATURE AND REDUCING TEMPERATURE COEFFICIENT OF NdFeB ALLOY
钴在提高钕铁硼合金居里温度和降低温度系数中的作用
15.
Ice ball formation is clearly visible in real-time throughout the procedure.
其降温及升温的速度、间和温度，冰球尺寸与形状，是完全可控和可精确设定的。
16.
Some improvement in efficiency can be gained at high speed by reducing viscosity and at low speed by increasing viscosity.
在高速时降低粘度，在低速时增大粘度，均可提高效率。
17.
It was found that with increasing the cathode temperature the arc velocity decreases.
实验发现,随着阴极温度的增加,电弧的后退速度下降。
18.
However the distributing of velocity and temperature is not uniform in the mid fluid,So it is not helpful for sedimentation of matte drops.
主流区流体流速及温度场分布不均匀,不利于硫颗粒沉降。