利用瞬时多普勒频率与波束斜视角的对应关系构造出一种具有闭合解的距离弯曲因子。
A close-form range curvature factor is constructed through the correspondence of the instant Doppler frequency to the squint angles.
推导得出瞬时点源垂向均匀混合的纵向距离及垂向部分混合水深的理论表达式。
By theoretical analysis, two equations for the distance of vertical homogeneous mixing and the part depth of homogeneous mixing for the instantaneous point source are presented.
利用积分算法，实现了对瞬时速度、制动距离和制动时间的测量。
Using integral algorithm to realize the computing of braking speed and braking distance and time.
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