| 1. | If the target structure does not exist when
时目标结构不存在，将创建该结构。 |
| 2. | If the target structure does not exist , it will be created
如果目标结构不存在，则将创建该结构。 |
| 3. | Nerves radiate from the brain and spinal cord to convey signals to and from the target structures
由大脑及脊髓向四周扩散的神经能将信号外传至器官，或将器官的反应传回。 |
| 4. | Nerves radiate from the brain and spinal cord to convey signals to and from the target structures
由大脑及脊髓向四周扩散的神经能将信号外传至器官，或将器官的反应传回。 |
| 5. | System optimize work are finished . target structure had been confirmed . this method can be applied in the checked calculation in target section
随着ads课题研究的深入，在综合其他因素的基础上，确定最优的几何设计后，此种方法可应用于进一步的校核计算。 |
| 6. | If a case level column of the target structure and the models built on the structure has the content type key time or key sequence , the input data must be sorted on that column
如果目标结构以及在该结构上生成的模型的事例级别列具有内容类型key time或key sequence ，则输入数据必须基于此列排序。 |
| 7. | Because both the source and target structures are maintained during the online index operation , the resource usage for insert , update , and delete transactions is increased , potentially up to double
由于源结构和目标结构都是在联机索引操作过程中维护的，则插入、更新和删除事务所使用的资源会增加，有可能会增长一倍。 |
| 8. | This paper presents the research of real - time date acquiring system simulation , studying how to establish the host - target structure under rtlinux to realize the real - time date acquiring system by using matlab rtw
本文以“实时数据采集系统”为核心展开，重点研究了怎样采用主机与目标机结构，在实时环境rtlinux下利用matlabrtw实现实时数据采集系统系统。 |
| 9. | This thesis initiates a study about the thermal - hydraulic research for the target structure and optimization . investigating the target research work at home and abroad , we acquire their design gist and technological developing route in the according fields . comparing the numerical - calculational methodology of multi - physical such as finite difference method , boundary element method , disperse element method and finite element method , finite element method is the predominant methodology , we have appliance of this method to calculate fluid field thermal field and stress field
针对靶区的结构设计，开展热工水力学研究工作;调研国内外靶区的研究现状，了解靶区的设计依据、技术发展路线及发展趋势；调研多物理场的数值模拟方法-有限差分法、边界单元法、离散单元法、有限元方法等等，其中最有效地方法是有限元方法；简述有限元方法在流场、温度场、应力场计算中的具体应用。 |
