1) accelerating rate calorimetry
加速度量热法
3) heating rate
加热速度
1.
Effect of heating rate on the reverse martensitic transformation in a Cu-Zn-Al-Mn quenched alloy;
加热速度对Cu-Zn-Al-Mn淬火态合金马氏体逆相变的影响
2.
The temperature of the beginning crystallization is proportional to the cube root of the heating rate.
研究结果表明:晶化转变温度点与加热速度的立方根成正比,随着加热速度的增加,终了温度与晶化开始温度之差越大,晶化发生的温度区间越宽。
3.
It is found that the time for phase transformation is greatly influenced by the heating rate.
将试验测定的 Ni Ti合金热容值用于计算不同电流值加热 (不同的加热速度 )的 Ni Ti合金丝温度的变化历程 。
4) heating speed
加热速度
1.
The actual operation approves that under the condition of un-regulated power source for the industrial frequency quenching machine tool and the heating of the working piece with the multi-tap inductor,the step power regulation can be realized in order to reach the purpose of controlling the layer depth of the heating,the heating speed of the ind.
实践证明,在工频淬火机床电源不可调功的情况下,采用多抽头感应器加热工件,可以实现有级调功以控制感应器加热层深、加热速度及提高感应器功率的目的。
2.
The change of coal particles (8~12mm) in structure was treated at different heating speeds by means of microscope,SEM and BET model.
采用光学显微镜、扫描电子显微镜、BET动态吸附法等手段研究了直接还原回转窑用煤粒(8~12mm)经不同加热速度处理后煤结构的变化,研究结果表明:快速加热条件下煤的挥发分大量快速放出,使碳的颗粒破裂,微孔隙增多增大,碳的比表面积增大,使反应性发生变化。
5) Acceleromyography
加速度法
1.
The Relationship between Single Twitch Stimulation and Train-of-four Ratio in Acceleromyography during Recovery from Neuromuscular Blockade;
加速度法肌松监测下T1/Tc与TOFR的相关性
6) accelerating rate calorimeter
加速量热仪
1.
The thermal decomposition of sodium supersulphate (SS) and potassium supersulphate (PS) was investigated with accelerating rate calorimeter.
1实验1·1实验条件实验仪器为绝热加速量热仪(accelerating ratecalori meter,ARC),其主体结构及原理参见文献[1-3]。
2.
This paper introduced an new instrument which was used in thermal hazard analysis-accelerating rate calorimeter (ARC).
本文介绍了一种新型热危险性分析仪器———绝热加速量热仪的设计原理和内部结构,运行模式以及所能获得的温度、压力和最大温升速率时间等数据类型。
3.
Thermal decomposition and thermal stability of expanded ammonium nitrate were studied by accelerating rate calorimeter.
该文利用加速量热仪研究了膨化硝酸铵的热稳定性 ,得到了膨化硝酸铵的温度、压力和温升速率随时间的变化曲线以及温升速率、分解压力随温度的变化等曲线。
补充资料:可公度量和不可公度量
可公度量和不可公度量
ommensulble and incommensuable magnitudes (quantities)
可公度t和不可公度t【~e璐u由lea目in~men-su.ble magultodes(quanti柱es);“洲口Mel娜M毗“”“”-113Mep目M曰e肠eJ皿,一皿曰』 如果两个同类量(例如两个长度或两个面积)具有或不具有公度(common measure,即另一个同类量,所考虑的两个量都是这个量的整数倍),则相应地称这两个量为可公度量或不可公度量.正方形的边长和对角线,或圆的面积和丫的半径的平方,都是不可公度量的例尹.如果两个量是可公度的,则‘l艺们的比是有理数;相反,不可公度量忿比是无理数、
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