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Orbital_compute
- 进行航天器轨道运算经常用到的函数,包括坐标转换,经纬度转换,二体运动,轨道要素计算-For spacecraft orbit operations frequently used functions, including coordinate conversion, latitude and longitude conversion, two-body movement, and so calculated orbital elemen
Attitud6.5
- 航天器姿态*以及PID控制simulink仿真-Freedom of movement and spacecraft attitude control simulink simulation PID
longgeketafa
- 利用龙格-库塔法求解了航天器深空返回再入运动动力学方程,并对返回再入运动进行了仿真分析。-Use of Runge- Kutta method to solve the deep-space spacecraft reentry return movement dynamics equations, and the return movement is simulated reentry.
Attitude-Dynamics-
- 航天动力学的一个分支,研究航天器的姿态运动,包括航天器整体围绕其质心的运动以及航天器各部分之间的相对运动-A branch of space dynamics that studies the spacecraft s attitude movement, including the motion of the spacecraft as a whole around its centroids and the relative mov
orbit
- 地月系统中,探月航天器运动的简单的数学模型,月球绕地运动近似为匀速圆周运动,程序中各天体坐标可以在JPL的星历表中查询修改。(In the Earth Moon system, the simple mathematical model of lunar exploration spacecraft motion is similar to the uniform motion around the moon. The coordina
bh
- 航天器动力学代码,依次实现以下要求: (1)给出一组轨道根数OE,求出初始的位置R和速度V。 (2)根据轨道根数,用代数方程画出轨道Orbit1 (3)根据初始的位置和速度,用微分方程画出Orbit2 (4)把平面的Orbit1转换为空间的Orbit3,并与Orbit2进行比较 (5)把空间的Orbit2转换为Orbit4,并与Orbit1进行比较(The spacecraft dynamics code achieves t