1) soft spot
软点
1.
The results show that the rupture reasons of the pedrail are the widmanstatten structure and surface decarburization existing in prior steel structure and the free ferrite in quenched structure because of the lower austenitizing temperature that results in soft spot on the part′s surface at last the strength and toughness of the steel part decreased markedly.
结果认为,断裂原因是钢材原始组织中有魏氏组织和表面脱碳,淬火加热温度低,组织中有铁素体,硬度有软点,导致强度和韧性降低。
2) fusion point
熔点，软化点
3) soft point
软化点
1.
These resins were characterized by acid value,soft point,DSC-TGA,and compared with rosin.
合成高沸醇木质素改性松香树脂,测定改性树脂的软化点、酸值和DSC-TGA曲线,并与原料松香进行比较。
2.
In order to obtain the preferable impregnation performance and reduce the cost of C/C composite,much attention should be given to the factors of fluidity,viscidity,soft point etc.
为获得较好的浸渍性能,在提高沥青残炭率的同时,应兼顾其流动性、粘度和软化点等因素,以减少浸渍次数,降低 C/C 复合材料的成本。
3.
Using linear regression method, the authors give a function of soft point of bitumen as temperature and resistance.
本文利用线性回归的方法给出沥青软化点与电阻率和温度的函数关系式。
4) softening point
软化点
1.
Application of low softening point 204 resin in bead filler compound of BTR tire;
低软化点204树脂在全钢子午线轮胎中的应用
2.
Mathematically modeling of the softening point in ISP sintering;
ISP烧结块软化点数模建立的研讨
3.
Experimental feature of softening point of SBS modified asphalt;
SBS改性沥青软化点试验特性
5) soft melting point
软熔点
6) Softing point
软化点
1.
The influence of different synthetic procedures of novolac on gelation speed and softing point was investigated.
研究了不同合成工艺对壳法用热塑性酚醛树脂聚合速度和软化点的影响。
2.
Theresultsshow that the addition of the stabilizer can improve not only the softing point of the modified asphalt but also the compatibility between SBS and asphalt which can improve the storage stability.
结果表明:稳定剂的加入提高了SBS改性沥青的软化点;改善SBS和基质沥青的相容性,从而提高了改性沥青的热储存性能;并得出了稳定剂W和S的较佳剂量分别为0。
3.
The curve of expansion versus temper- rature in the temperature elevating process is depicted automatically and the coefficients of mean lin- ear expansion, instantaneous thermo-expansion, transforming temperature and softing point can be printed according to the.
本文介绍了一种■全由计算机进行设定控制的热膨胀仪,可以对温度范围、升温速率、初始条件进行设定,并由计算机完成实时数据的采集及处理,完成升温过程中温度-伸长量曲线自动描绘,并根据用户要求自动打印出各温度段的平均线膨胀系数、瞬间热膨胀转变温度及软化点等,其结构准确可靠、使用方便、自动化程度高,达到国内领先水平。
补充资料：荷重软化点
分子式：
分子量：
CAS号：
性质：见荷重软化温度。
分子量：
CAS号：
性质：见荷重软化温度。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条