1·The guidance radar will not accomplish tracking task when slant range information is lost in SSJ environment.
自卫噪声干扰条件下，制导雷达失去距离信息，无法完成对目标的跟踪任务。
2·Finally, an example of the following guidance law is presented, which needs only slant range, velocity and local vertical information.
最后给出的软着陆跟踪制导实例，只需要测得斜向距离、速度和姿态角度信息。
3·Aerosol measurements in slant range in atmospheric boundary layer are performed by using a mobile pollution detecting lidar system (AML-1). The corresponding data processing method is introduced.
利用自行研制的车载测污激光雷达系统(AML 1)对大气边界层气溶胶进行了斜程探测，并给出了与之相应的数据处理方法。
4·By comparing the adjacent measurements performed by this mobile lidar in slant range and vertical range, the results show great feasibility of the slant-range measurement and data processing method.
将该雷达相近时间内斜程测量与垂直测量的数据进行对比，结果表明此斜程探测及数据处理方法是合理可行的。
5·Different data sets relative to the same scene acquired with different view angles can be exploited to improve slant-range resolution of SAR in broadside mode.
在正侧视模式下，以不同视角对同一地域进行观测可获得多组回波数据，通过对多组回波数据的综合处理可提高SAR的距离向分辨力。