1) reheating temperature
再加热温度
1.
Results show that content of Nb and Ti obviously increases with increasing the reheating temperature,and tends to be constant at 1 210 ℃ and 1 180 ℃ respectively.
结果表明:再加热温度低于1 180℃时,钢中Nb、Ti含量随温度升高显著增加。
2.
The further research showed that while the reheating temperature decreased,the strength of steel became lower slightly and the toughness of it improved.
进一步研究表明,当降低再加热温度时,钢的强度略微损失,韧性提高;而钢的中间停冷温度从450℃提高至700℃,工艺从在线常化变化为非在线常化,则使钢的强度有较大提高的同时韧性明显降低。
2) slab reheating temperature
再加热温度SRT
1.
The slab reheating temperature controls the decomposition of the TiC/TiN precipitate.
热轧再加热温度SRT控制Ti处理IF钢中TiC和TiN等析出物的分解,影响析出物形态、晶粒大小、再结晶温度,对热轧板相变、组织和冷轧退火后性能均有显著影响。
3) Heating Temperature
加热温度
1.
Experimental research on heating temperature of hot-reclamation of used resinbonded sands;
树脂旧砂热法再生加热温度的研究
2.
Effect of the heating temperature and heat retaining time on the inner crack healing in steel;
加热温度及保温时间对结构钢内部裂纹愈合的影响
3.
With the increasing of heating temperature,TiO2 film formed on pure titanium surface;the oxidation weight gain increased.
结果表明,在300~1100℃,随着加热温度的升高,纯钛氧化加重,形成氧化钛膜;300~500℃,纯钛试样增重0。
4) pre-heating temperature
预加热温度
5) heating and temperaturel
加热和温度
补充资料：铂电阻温度表(见电阻温度表)
铂电阻温度表(见电阻温度表)
表。bod旧nZu wendubiao铂电阻温度表见电阻温
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