parabolic trajectory

基本解释

Results indicate that the center of the optical spatial solitons moves on a parabolic trajectory and the spatial frequency trans.
积分结果表明，光学空间孤子的中心按照抛物线轨迹运动，空间频率的横向分量随传播距离线性地变。
Based on the principle on parabolic and proportional navigation guidance(PAPNG), the required pulse number for trajectory correction was analyzed in detail.
基于抛物线比例导引原理，详细分析了弹道修正所需求的脉冲数。
Results show that the three kinds of soliton with or without a loading resistor have a similar character in self deflection, i. e. , the solitary beam center moves on a parabolic trajectory.
结果表明，无论加载电阻与否，这三种类型的光折变明孤子具有类似的自偏转特性，即孤子波沿一个抛物线轨迹运动。