| 1. | Direct solution to fall exponent in rating curve analysis
水位流量关系分析中落差指数的直接解算方法 |
| 2. | Direct solution method of one - dimensional problem for nonlinear oil - film forces ofsliding bearing
滑动轴承非线性油膜力的一维直接解法 |
| 3. | Enlarge network bandwidth , natural is direct solution method , but cost is very high
扩大网络带宽当然是直接的解决办法，但费用很高。 |
| 4. | Differential method is used for the discretion of time zone , and a direct solution method and an incremental solution method are given out for the solution of the non - linear system equation
求解方程时，在时间域上采用差分法进行离散，给出了求解系统方程的直接法和增量法。 |
| 5. | In chapter two , the platform ' s positional solutions , including direct solution and reverse solution , and the working space are analyzed in detail , which give the theory foundation of the platform ' s control
第二章介绍了本测控系统的技术背景，重点介绍了平台位姿正解和逆解以及平台的工作空间，这是进行平台控制的理论依据。 |
| 6. | The author analyses and predicts the growth and developement trends of the passenger flow , holds that more trains put into running with the present train formation shall be the direct solution and a more effective way to enhance the transport capacity in shanghai metro line 1
保持当前的列车编组，通过增加上线运营列车数来缩小行车间隔，应是提高上海地铁1号线运能的最直接、有效的方法。 |
| 7. | Firstly , a 1 - d flow numerical model based on the preissmann scheme , a 1 - d rivernet flow numerical model based on the direct solution method and a 2 - d tidal model based on the implicit scheme of finite difference method are programmed
本文首先建立了基于preissmann算法的一维水流模型、基于直接解法的平原河网模型和基于有限节点法的平面二维水力模型，在对各模型的算法进行推导的基础上自行开发了计算程序。 |
| 8. | Though we want to get the optimized values of the unknown controlling parameters in cc process through the surface temperature of the billet , the direct solution is difficult . of course , those unknown parameters have close relation with the surface heat flux of the billet
由于这些待辨识的工艺参数是与连铸坯的表面热流有着密切的关系，所以需要首先利用连铸坯的表面温度测量值来计算出连铸坯的表面热流，然后再辨识出未知的工艺参数。 |
| 9. | Based on inverse equation , the forward solution model of position is presented in this thesis through method of successive approximation , for parallel robots possess characteristic of easy inverse solution and difficult direct solution . the method is proved to be highly effective by simulation example
根据6 - sps并联机器人反解容易、正解较难的特点，本论文基于位置反解方程，通过杆长逐次逼近的思路建立了位置正解模型，并对该方法进行了实例验证。 |
