1) reconstruction of gas temperature field
气体温度场重建
2) 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。
4) 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。
5) three-dimensional temperature distribution reconstruction
三维温度场重建
1.
LSQR (least square QR-factoriza- tion) method was adopted to solve the ill-posed matrix equation in the three-dimensional temperature distribution reconstruction.
文中采用LSQR算法(least square QR-factorization)对三维温度场重建中的病态矩阵方程进行求解研究。
6) D temperature profiles
二维温度场重建
补充资料:气体温度
分子式:
CAS号:
性质:由中性粒子(原子或分子)的动能所决定的温度,其速率分布遵守马克斯韦定律,如:等离子体的气体温度,原子、分子的平动温度等。
CAS号:
性质:由中性粒子(原子或分子)的动能所决定的温度,其速率分布遵守马克斯韦定律,如:等离子体的气体温度,原子、分子的平动温度等。
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