2) speed-up
[英]['spi:dʌp] [美]['spid,ʌp]
加速，升速
3) speed increasing transmission
升速度速箱
4) heating rate
升温速率
1.
Effect of heating rate on microstructure and mechanical properties of composite solder joints;
升温速率对复合钎料显微组织和力学性能的影响
2.
Influence of heating rate on LSCF phase impurity;
升温速率对LSCF相纯度的影响
3.
The effects of adding different inorganic compounds at a mass ratio 1∶1∶1[K2CO3∶NaCl∶Al2O3],heating rate and pressure were measured.
为了更好地利用工业污泥,有必要对它的燃烧特性进行研究,因而利用热重法研究了由3种典型的工业污泥按质量比1∶1∶1混合后的多组分试样在掺混含不同金属元素混合物、不同升温速率以及加压下的燃烧特性。
5) temperature rising rate
升温速率
1.
Test and research on relationship between temperature rising rate and coal oxidized features;
升温速率与煤氧化特征关系的实验研究
2.
The inclusion complexes of β-CD and 1-MCP were studied by temperature-programmed themogravimetry,from which the TG/DGT spectra were obtain at a temperature rising rate 10～40?K/min.
用程序升温热重法对-βCD与1-MCP包结物的热分解动力学进行了研究,考察了升温速率对TG/DTG谱图的影响,并用单一升温速率法和多个升温速率组合法分别作了动力学分析。
3.
Experimental researches on the combustion property of Huadian oil shale have been done by the FTIR,and obtain its combustion property curves under different temperature rising rate,and analyse combustion property of oil shale under certain temperature rising rate,find out the fittest combustion temperature region of oil shale.
在德国NETZSCH公司生产的STA40 9型热综合分析仪 (简称FTIR)上进行桦甸油页岩的燃烧特性实验研究 ,得到不同升温速率下的油页岩燃烧特性曲线 ;分析了油页岩在一定升温速率下的燃烧特性 ,找出油页岩最适合的燃烧温度区间 ;通过数据分析 ,利用Freeman Carroll法得到油页岩燃烧化学反应的动力学参数 ,为油页岩的有效开发与经济利用提供了可靠的理论依
6) heating rate
升温速度
1.
Effect of preset heating rate on combustion synthesis of Fe-Ti-C system under the action of electric field;
预设升温速度对电场作用下Fe-Ti-C体系燃烧合成的影响
2.
Agglomeration formed during sintering in the green compact was controlled by the heating rate from room temperature to 500℃.
在坯体烧结过程中形成的新团聚体主要由 5 0 0℃之前的升温速度所决定 ,当升温速度大于 2 。
3.
The influences of heating rate and soaking time on piezoelectric and dielectric properties were also studied.
并研究升温速度,保温时间对介电、压电性能的影响。
补充资料：带钢升速轧制
带钢升速轧制
speed-up rolling of strip
dQigang shengsu Zhazhi带钢升速轧制(speed一up rolling of strip) 乳制带钢时低速穿带的带钢头部被卷取机咬住之后，带钢与卷取机同步升速进行高速轧制的方法。为使带钢能顺利穿过精轧机组各个机架，保证在带钢头部走出精轧机组最末机架后带钢在输出辊道上不产生飘浮或打折，并能正确地被卷取机卷上，带钢在输出辊道上的开始运行速度不宜太高，采用低速穿带。为了满足终轧温度和提高产量的要求，当带钢头部被卷取机卷上1一2圈之后，轧机和卷取机同步升速进行高速轧制。由于采取这一工艺方法，带钢的轧制速度显著地得到提高，精轧机组末架的轧制速度可由lom/s左右提高到24m/s，最高可达30m/s;带钢的终轧温度控制得更加精确，从而使带钢的厚度可轧薄到1.0~1.Zmm，甚至达到0.smm。 (丁修望)
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