所以结构会处于一个复杂的不均匀温度场之中。
Therefore, the structure will be in a complex of non-uniform temperature field.
这组方程可用来处理异质结构中的高场输运问题。
This equation group can be used to solve high field transport problems in heterostructures.
从一个抽象的类层次结构得到正确的场？
本论文研究了三种复合体系在剪切场中的结构与性能。
The structure and performance of three composites in shearing field were studied.
对砌体结构墙体与屋面板的温度场进行了现场实测；
The temperature field of the wall and roof of a masonry structure has been observed.
文中还给出了改进场分布的一种场板新结构。
A new field plate structure for optimizing the profile is also proposed.
在此基础上，分析了喷流的流场结构及特性。
Then the flow field structure and characteristics are analyzed.
计算结果揭示了在激励流动下流场的时空结构的变化是流场性能得到提升的根本原因。
The change of time-space flow structure is the principal cause of the performance improvement.
论证了壁区的紊流结构对整个紊流场的支配作用；
Whole flow fields controlled mainly by the turbulent structure of wall region is demonstrated;
这在简单的近地表结构地区或在平原地区可近似认为对地震波场不产生影响。
The seismic wave did not being affected generally in easy near surface or plains region.
这在简单的近地表结构地区或在平原地区可近似认为对地震波场不产生影响。
The seismic wave did not being affected generally in easy near surface or plains region.
应用推荐