1) reformation of temperature distribution
温度场形态重整
1.
The reformation of temperature distribution has been ideated and presented,and the behavior of heat shield has been found to realize a higher efficiency and establish an optimization way for UTES.
提出了温度场形态重整控制概念,并在此基础上,通过热源负荷调控,分析蓄能体能位温度变化、分布规律、时间特性和蓄能效能等。
2) reforming temperature
重整温度
3) Temperature field reconstruction
温度场重建
1.
Temperature Field Reconstruction Based on Acoustic Tomography;
基于声层析成像的温度场重建技术研究
2.
Three dimensional temperature field reconstruction has been carried out by using carrier electronic speckle pattern interferometry (CESPI) and computerized tomography.
将载波电子散斑干涉与计算机层析（ＣＴ）技术相接合，实现了温度场的三维重建，并就这一技术用于三维温度场重建时的各种特性进行了讨论。
5) reconstruction of temperature field
温度场重建
1.
The computed tomography algorithm was developed, which was focused on reconstruction of temperature field through the spectrometry data measured by the modified reversal method.
提出了一种利用改进型钠谱线翻转法光谱测量信息进行温度场重建的计算机层析模型和算法 ,并以 7。
6) transient thermal field
瞬态温度场
1.
To effectively predict the thermal distribution of the pavement,the numerical model of nonlinear transient thermal field for the asphalt pavement was established based on heat conduction theory.
为了较准确地预测路面结构温度分布,解决实测耗费大的问题,基于热传学原理,建立沥青路面结构体系的非线性瞬态温度场计算模型,借助路面所处地区的标准气象资料,确定温度场的边界条件和初始条件,采用AD INA有限元进行分析求解。
2.
Based on study of the energy dissipation of disc brake during the vehicle braking, the finite element model for analyzing the transient thermal field of the brake disc and brake pad during the urgent braking was established.
基于盘式制动器制动过程中能量耗散的研究,建立了紧急制动过程中制动盘与摩擦片瞬态温度场分析的有限元模型。
3.
On the basis of malfunction detection,the calculation method for the transient thermal field of the nozzle guide vanes for a turbofan engine has been derived,and the transient thermal field analysed in a numerical way.
本文以其失效分析为背景,推导出导向叶片瞬态温度场的计算方法,并对该导向叶片进行了瞬态温度场数值分析,进而得出导向叶片的瞬态热应力分布与热疲劳寿命的计算结果。
补充资料：温度场
分子式：
CAS号：
性质：某一瞬间空间物体一切点的温度分布。是时间与坐标的函数。物体的温度场分为两大类：一类是稳态温度场，即各点的温度不随时间而变；另一类是不稳态温度场，即各点温度随时间变化。
CAS号：
性质：某一瞬间空间物体一切点的温度分布。是时间与坐标的函数。物体的温度场分为两大类：一类是稳态温度场，即各点的温度不随时间而变；另一类是不稳态温度场，即各点温度随时间变化。
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