文件名称:Orbit_Mechanics(Matlab)
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轨道力学基本子程序，包括： 位置速度和轨道根数相互转换；地球引力场系数；JPL精密历表；RKF78数值积分器-Orbital mechanics subroutine, including: position, velocity and orbital elements are interchangeable Earth s gravitational field coefficient at JPL precise ephemerides RKF78 numerical integration
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下载文件列表
Matlab程序\Basic Funcs\Const_E_S.m
..........\...........\Finitmaneuver.m
..........\...........\Hohmann.m
..........\...........\iofsso.m
..........\...........\Vinfi_2_Vr.m
..........\...........\V_a2r.m
..........\Lambert\Hyper_3152G.m
..........\.......\Hyper_func3152.m
..........\.......\lambert.m
..........\.......\lambertn.m
..........\Orbit mechanics\coe_from_sv.m
..........\...............\Example_coe_from_sv.m
..........\...............\Example_gauss.m
..........\...............\Example_gibbs.m
..........\...............\Example_interplanetary.m
..........\...............\Example_J0.m
..........\...............\Example_kepler_E.m
..........\...............\Example_kepler_H.m
..........\...............\Example_kepler_U.m
..........\...............\Example_lambert.m
..........\...............\Example_LST.m
..........\...............\Example_planet_elements_and_sv.m
..........\...............\Example_rv_from_observe.m
..........\...............\Example_rv_from_r0v0.m
..........\...............\Example_sv_from_coe.m
..........\...............\fDot_and_gDot.m
..........\...............\f_and_g.m
..........\...............\gauss.m
..........\...............\gibbs.m
..........\...............\interplanetary.m
..........\...............\J0.m
..........\...............\kepler_E.m
..........\...............\kepler_H.m
..........\...............\kepler_U.m
..........\...............\lambert.m
..........\...............\LST.m
..........\...............\month_planet_names.m
..........\...............\planet_elements_and_sv.m
..........\...............\rv_from_observe.m
..........\...............\rv_from_r0v0.m
..........\...............\stumpC.m
..........\...............\stumpS.m
..........\...............\sv_from_coe.m
..........\Orbital_Library.zip
..........\Basic Funcs
..........\Lambert
..........\Orbit mechanics
Matlab程序
..........\...........\Finitmaneuver.m
..........\...........\Hohmann.m
..........\...........\iofsso.m
..........\...........\Vinfi_2_Vr.m
..........\...........\V_a2r.m
..........\Lambert\Hyper_3152G.m
..........\.......\Hyper_func3152.m
..........\.......\lambert.m
..........\.......\lambertn.m
..........\Orbit mechanics\coe_from_sv.m
..........\...............\Example_coe_from_sv.m
..........\...............\Example_gauss.m
..........\...............\Example_gibbs.m
..........\...............\Example_interplanetary.m
..........\...............\Example_J0.m
..........\...............\Example_kepler_E.m
..........\...............\Example_kepler_H.m
..........\...............\Example_kepler_U.m
..........\...............\Example_lambert.m
..........\...............\Example_LST.m
..........\...............\Example_planet_elements_and_sv.m
..........\...............\Example_rv_from_observe.m
..........\...............\Example_rv_from_r0v0.m
..........\...............\Example_sv_from_coe.m
..........\...............\fDot_and_gDot.m
..........\...............\f_and_g.m
..........\...............\gauss.m
..........\...............\gibbs.m
..........\...............\interplanetary.m
..........\...............\J0.m
..........\...............\kepler_E.m
..........\...............\kepler_H.m
..........\...............\kepler_U.m
..........\...............\lambert.m
..........\...............\LST.m
..........\...............\month_planet_names.m
..........\...............\planet_elements_and_sv.m
..........\...............\rv_from_observe.m
..........\...............\rv_from_r0v0.m
..........\...............\stumpC.m
..........\...............\stumpS.m
..........\...............\sv_from_coe.m
..........\Orbital_Library.zip
..........\Basic Funcs
..........\Lambert
..........\Orbit mechanics
Matlab程序