1.
Research on shrinkage temperature control in shrinking film packaging based on adaptive fuzzy method
热收缩膜收缩温度的自适应模糊控制研究
2.
An Experimental Study on Temperature Dependence of Autogenous Shrinkage of High Strength Mortar;
高强水泥胶砂自收缩温度依存性的实验研究
3.
Design Detection Instrument for Shrinking Temperature of Leather Based on Fuzzy PID
基于模糊PID皮革收缩温度测定仪控制系统设计
4.
temperature contraction of pipes
管道因温度变化收缩
5.
The initial shrinkage temperature and the shrinkage change little with the increase of heating rate.
升温速率增大,坯片开始收缩的温度及收缩率几乎不变。
6.
When the cellular aluminum alloy is heated above710(° C), volume shrinkage occurs and the ratio of volume shrinkage increases with the temperature.
胞状铝合金在高于710°的温度下加热,其体积发生收缩,且收缩率随温度升高而增大.
7.
Shrinkage stress was found to increase linearly with cure temperature.
我们发现收缩应力随固化温度直线增加。
8.
Calculation of Shrinkage Compensation Concrete Wall Stress Considering Temperature History Effect
考虑温度历程的补偿收缩混凝土墙应力计算
9.
Temperature Shrinkage Stress Analysis and Crack Control for Basement Wall;
地下室侧墙温度收缩应力分析与裂缝控制
10.
Research on Solution of the Temperature and Shrinkage Crack Control in Overlong Concrete Structure;
超长混凝土结构温度及收缩裂缝控制方法研究
11.
Study on the Temperature Contraction Crack Control in Reinforced Concrete Cast-in-place Floor Slabs;
钢筋混凝土楼板温度收缩裂缝的控制研究
12.
Status Quo and Problems of Concrete Structures Temperature and Shrinkage Cracking Control;
混凝土结构温度及收缩裂缝控制的现状和问题
13.
Analysis on the cast-in-place floor temperature-shrinkage crack mechanism and anti-crack measures
浅析现浇板温度—收缩裂缝机理及抗裂措施
14.
On measures for controlling temperature shrinkage cracks on concrete poured concrete slab of some project
控制某工程混凝土现浇板温度收缩裂缝的措施
15.
On suggestions for prevention and reduction of temperature shrinkage cracks on super-long concrete
防止和减轻超长混凝土温度收缩裂缝的建议
16.
During the compression(or blast)phase, the temperature of the air rises and during the decompression(or suction)phase it falls.
在压缩（或爆震）周相下，空气温度上升，在非压缩（或吸收）周相下，空气温度则就下降。
17.
The Research on Shrinkage Creep and Temperature Effect of Concrete Filled Steel Tubes on Long-span Arch Bridge;
大跨度钢管混凝土拱桥收缩徐变及温度效应研究
18.
Too great a variation of amplitude in either temperature or humidity will aggravate the periodic contraction and expansion of the surface of rock.
温、湿度变化振幅过大，会加剧岩壁表层周期性收缩膨胀；