1) low temperature performance
低温性能
1.
Research progress of low temperature performance for lithium-ion batteries;
锂离子蓄电池低温性能研究进展
2.
Research on low temperature performance of modified asphalt and mixture of bridge expansion joints;
改性沥青伸缩缝结合料与混合料低温性能研究
3.
Influence factors analysis of the low temperature performance of SBS modified asphalt;
SBS改性沥青低温性能的影响因素分析
2) low-temperature performance
低温性能
1.
Evaluating indices for low-temperature performance of SBR modified asphalt binder;
改性沥青结合料低温性能评价指标
2.
Analysis of effects of various aging techniques on asphalt low-temperature performance;
不同老化方式对沥青低温性能的影响分析
3.
The influence of the filler-asphalt ratio on the high-and-low-temperature performance of gussasphalt mortar
粉胶比对浇注式沥青胶浆高低温性能的影响
3) low temperature property
低温性能
1.
Study of toughness and low temperature property of epoxy resin heat-insulating material;
绝热层环氧树脂体系增韧和低温性能研究
2.
Study on low temperature property of porous asphalt mixture using TPS additive
掺TPS添加剂排水性沥青混合料的低温性能研究
3.
Low temperature property evaluation was made on different brands of paving asphalt.
对不同品牌的道路沥青进行低温性能评定,采用常规分析方法和Superpave沥青胶结料试验规范的评价结果有一定的差别,并且同一牌号不同品牌的沥青低温抗开裂性能相差较大。
4) low temperature properties
低温性能
1.
Test of low temperature properties of water-based pressure sensitive adhesives;
水性压敏胶低温性能的测试
2.
Study on low temperature properties for F-CS emulsive elastic waterproof coating;
F-CS乳液弹性防水涂料的低温性能研究
3.
Some kinds of ten used tests of low temperature properties and their use methods were mainly introduced, including test of fragileness temperature' TR test and Gehman test.
主要介绍了常用的几种低温性能试验及如何使用,其中包括脆性温度试验、温度回给试验和吉门试验等。
5) low-temperature properties
低温性能
1.
The three-point bending and bending creep tests are conducted to investigate the low-temperature properties of porous asphalt mixture using the TAFPACK Super(TPS)high viscosity additive.
对掺TAFPACK Super(TPS)高粘度沥青添加剂排水性沥青混合料进行了低温条件下的三点弯曲和弯曲蠕变性能测试,采用低温脆化温度点、弯拉强度-应变包络图和三点弯曲蠕变速率来评价它们的低温抗裂性能;同时将SBS改性沥青排水混合料的低温性能用以对比分析。
6) low temperature resistance
耐低温性能
1.
But after heat aging,the Shore A hardness and tensile strength increased,the elongation at break decreased,and low temperature resistance was improved.
结果表明,随着EPDM用量的增大,EVM/EPDM并用胶的物理性能变化不大,热空气老化后并用胶的邵尔A型硬度和拉伸强度增大,拉断伸长率减小,耐低温性能提高;EVM或EVM/EPDM并用胶的阻燃性能明显优于EPDM;添加阻燃剂和增塑剂的EVM/EPDM并用胶的相容性较未添加阻燃剂和增塑剂的并用胶有所改善。
2.
The low temperature resistance and physical properties of FKM/TPU blend were ex-perimentally investigated.
试验研究氟橡胶(FKM)/热塑性聚氨酯(TPU)共混物的耐低温性能和物理性能。
补充资料:低温性能
分子式:
CAS号:
性质:材料处于深冷(低于-150℃)状态下的性能称为低温性能,包括材料在该状态下的物理状态、机械性能及光、电、热等方面。很多聚合物的物理性质随温度的不断降低而发生显著变化。一般情况下,低温状态下高聚物材料的抗张强度、压缩强度、挠曲强度和弹性模量较高,而柔性、延伸性、热膨胀系数及比热等较低。抗冲强度、导热系数的变化较难确定。高聚物的低温性能与低于次级转变温度下的弛豫过程有关。
CAS号:
性质:材料处于深冷(低于-150℃)状态下的性能称为低温性能,包括材料在该状态下的物理状态、机械性能及光、电、热等方面。很多聚合物的物理性质随温度的不断降低而发生显著变化。一般情况下,低温状态下高聚物材料的抗张强度、压缩强度、挠曲强度和弹性模量较高,而柔性、延伸性、热膨胀系数及比热等较低。抗冲强度、导热系数的变化较难确定。高聚物的低温性能与低于次级转变温度下的弛豫过程有关。
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