片语

terrain-following flight[航]

terrain-following vertical coordinates地形跟随坐标

terrain-following maneuver地形跟蹤机动飞行

generalized terrain-following ocean model广义随底坐标海洋模式

terrain following radar地形显示雷达

terrain-following aircraft地形跟蹤飞机

Terrain-Following Coordinate地形追随坐标

TFR Terrain C Following Radar地形跟蹤雷达

英汉例句

• a nonlinear pd controller is presented in this paper and is used in the design of the control laws for an automatic terrain following flight control system .

  提出了一种非线性pd控制方法，并将其应用在自动地形跟随系统飞行控制律的设计中。

• tracking performance of terrain following controller is tested by tracking an imaginative terrain. the result shows that the controller exhibits robustness and excellent tracking performance.

  通过对虚拟地形的跟蹤验证了控制器的性能，结果表明，该控制器不仅具有精确的跟蹤性能而且具有良好的鲁棒性。

• a hail cloud model that is two dimensional elastic non hydrostatic, uses a terrain following coordinate system and includes double parameters for ice phase microphysics, has been developed.

  建立了一个适用于复杂地形的冰雹云模式。模式是二维、弹性、非静力、采用地形跟随坐标、包含双变参数冰相微物理过程参数化。

• efforts are needed to develop numerical models with more accurate and more efficient terrain following coordinates.

  寻求高精度的数值模式以及更加有效的拟合坐标变换将是值得努力的方向。

• all-digital terrain following (tf ) simulation system and hardware-in-loop real-time terrain follow simulation system are designed to verify the tf algorithms.

  本文开发了全数字地形跟随仿真系统与半物理地形跟随仿真系统两个系统以验证所设计的地形跟随算法。

• the automatic terrain following flight control system designed by the nonlinear pd control method is of stronger robustness and better tracking performance.

  结果表明，采用非线性pd控制方法设计的控制律具有良好的鲁棒性与跟随性能。

• in this thesis, the terrain following and matching algorithm of under-water weaponry platform entities is proposed, too.

  本文还研究提出了水下武器平台实体的地形跟蹤匹配算法。

• many simulations and using experiences show that the system is reliable, practical, maintainable and easy to use, fully satisfying the requirements of terrain following real time simulation.

  试验结果和使用经验表明该系统工作可靠、使用方便、易于开发与维护，完全能够满足地形跟随实时仿真的需要。

• simulation results show that the tracking errors can be reduced efficiently and accurate terrain following can also be achieved when the generalized predictive control method is introduced.

  仿真结果表明，广义预测控制方法能够有效地减小跟蹤误差，从而实现精确的地形跟蹤。