Heat shrink temperature and breaking strength tests were carried out.
分组测定热皱缩温度及断裂强度。
Tissue water content, tissue thickness, tensile strength, broken extension rate and heat shrink temperature were determined respectively.
分别测定牛心包的组织含水量、厚度、抗拉强度、断裂伸长率及热皱缩温度。
As people age, however, the body becomes more adept at regulating temperature, so brown fat stores shrink and white fat starts to emerge.
然而，随着人们年龄的增长，人体变得更善于调节温度，棕色脂肪沉积逐渐收缩，白色脂肪开始出现。
Then, according to the existing cultural heritage data, put forward formula of stress in the case of the shrink stress and temperature stress.
然后，根据现有的文献资料，提出混凝土在收缩应力以及温度应力作用下板角应力公式。
By using metal mold casting, we can control mold temperature, infusing temperature, infusing speed to avoid defects of pore, cold partition, shrink and loose.
采用金属型立式浇铸，严格控制铸造工艺参数(模具温度、浇注温度、浇注速度)，以避免气孔、缩松、冷隔等缺陷的产生。
Because the waterproof apron will be affected by temperature gap and accelerating aging and cause water table appeared in water and heat bilges cold shrink, serious will make parts damage.
因为防水胶圈受温度影响会热胀冷缩出现空隙并加速老化从而引起进水和表内出现水凝结物，严重的将使机件损坏。
The low temperature mechanism indicates the capability of low temperature anti-cracking of polyester fiber is the main factor affecting temperature shrink crack.
其低温开裂机理表明聚酯纤维低温抗裂性是影响沥青路面温度收缩裂缝的主要因素。
From the respects of the design, raw materials and construction etc., the specific measures of controlling temperature shrink cracks have been put forward.
从设计、原材料、施工等方面，综合性提出了控制温度收缩裂缝的具体措施。
The concrete cracks in sluice pier wall of New Kaituo River were checked, and it was found that the temperature stress and shrink stress are the main reasons for cracks formation.
对新开沱河节制闸墩墙的裂缝进行了检测，分析认为温度应力及收缩应力是裂缝产生的主要原因。
The methods of controlling temperature shrink crack are applied in a practical concrete slab project, which shows the feasibility and rationality of these methods.
以实际工程为例，对温度收缩裂缝控制措施进行了综合运用，进一步来说明这些防止钢筋混凝土筏板基础裂缝技术的可行性和合理性。
With relative lower temperature and higher humidity in the bags during night, the daily shrink of the fruits was reduced.
夜间袋内较低的温度和较高的相对湿度，可以减轻葡萄果实的日缩小量。
As temperature increases, the microgels shrink, and the diols would be released.
当温度升高时，由于微凝胶收缩，葡萄糖和茜素红又可以被释放出来。
The influences of viscosity, spinning temperature, quenching air, after drawing ratio, crimp, shrink setting of two components on fiber properties were discussed in detail.
讨论了两种切片的特性粘数、纺丝温度、侧吹风、后拉伸倍数、松弛定型等工艺对纤维性能的影响。
It observes that there is diametral temperature stairs to the coil and the main reason that the coherence occurs is due to the uneven shrink of the coil at the beginning of the cooling phase.
指出带卷径向存在温度梯度，在冷却初始阶段冷缩变形不均匀是产生粘结的主要原因。
Solve early mangle of pavement because thermal dilation, cool shrink, traffic miscellaneous, overfreight and bad quality of material and son on by Form design of low temperature mixture.
通过低温混合料的组成设计，解决由于热涨、冷缩、交通繁杂、超载、材料质量差等原因，造成的路面早期损坏现象。
Solve early mangle of pavement because thermal dilation, cool shrink, traffic miscellaneous, overfreight and bad quality of material and son on by Form design of low temperature mixture.
通过低温混合料的组成设计，解决由于热涨、冷缩、交通繁杂、超载、材料质量差等原因，造成的路面早期损坏现象。
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