地月空间入门指南地月空间入门指南
  • 卫星轨道仿真教学平台
  • 史学思辨
地月空间术语词典
资源与工具
Space News
AI问答
论坛
首页
Gitee
GitHub
  • 简体中文
  • English
  • 卫星轨道仿真教学平台
  • 史学思辨
地月空间术语词典
资源与工具
Space News
AI问答
论坛
首页
Gitee
GitHub
  • 简体中文
  • English
  • 全站导览

    • 首页(知识总览)
    • 地月空间是什么
    • 飞行器运行轨道
    • 科研方向与机构
    • 术语 · 定义与概念
    • 数据与代码
    • 航天新闻归档
  • 地月空间术语词典(定义与概念检索)

    • 地月空间术语词典
    • 基础概念

      • 异常极值曲线(Abnormal Extremal)
      • 自动微分(Automatic Differentiation, AD)
      • 自适应网格细分(Adaptive Grid Subdivision)
      • 振幅参数(Amplitude Parameter)
      • Richardson三阶近似(An analytical approximation method for periodic orbits near libration points, developed by Richardson in 1980. It expands the equations of motion to third order about the libration point and uses the Lindstedt-Poincaré perturbation method to eliminate secular terms, yielding third-order analytical solutions for Halo orbits in both in-plane and out-of-plane components. This provides initial guesses for subsequent numerical differential correction and is the standard first step in Halo orbit computation.)
      • 分析历表(Analytical Ephemeris)
      • 增强地月模型(Augmented Earth-Moon Model)
      • 增广状态向量(Augmented State Vector)
      • Bang-off-Bang推力剖面(Bang-off-Bang Thrust Profile)
      • 质心旋转坐标系(Barycentric Synodic Frame)
      • Birkhoff正规形(Birkhoff Normal Form)
      • 正则变换(Canonical Transformation)
      • 质心旋转坐标系(Center-of-Mass Rotating Frame)
      • 切比雪夫多项式(Chebyshev Polynomial)
      • 滑行弧(Coast Arc)
      • 共线拉格朗日点(Collinear Lagrange Point)
      • 化学-电推进组合转移(Combined Chemical-Electric Propulsion Transfer)
      • 共轭点条件(Conjugate point condition)
      • 共轭点(Conjugate Point)
      • 连续小推力(Continuous Low Thrust)
      • 控制正则化(Control Regularization)
      • 共态方程(Costate Equations)
      • 共态变量(Costate)
      • Cowell摄动法(Cowell's perturbation method)
      • 微分代数方程(Differential-Algebraic Equations, DAE)
      • 赤纬偏差(Declination Deviation)
      • 速度增量预算(Delta-V Budget)
      • 速度增量(Delta-v)
      • 微分修正算法(Differential Correction Algorithm)
      • 微分修正法(Differential Correction Method)
      • 微分校正法(Differential Correction)
      • 降维(Dimensionality Reduction)
      • 直接法(Direct Method)
      • CRTBP无量纲单位(CRTBP Nondimensional Units)
      • 动态参考目录(Dynamic Reference Catalog)
      • 地固坐标系(Earth-Fixed Coordinate System)
      • 地球引力场模型(Earth Gravity Field Model)
      • 地球扁率(Earth Oblateness)
      • 偏心率灵敏度分析(Eccentricity Sensitivity Analysis)
      • 等效势能(Effective Potential)
      • 有效势能(Effective Pseudo-Potential)
      • EGM2008地球引力场模型(EGM2008 Earth Gravity Model)
      • 特征值(Eigenvalue)
      • 特征向量(Eigenvector)
      • EME2000地心赤道惯性坐标系(EME2000 Reference Frame)
      • 能量最小化(Energy Minimization)
      • 发动机节流参数(Engine Throttle Parameter)
      • 逐元主导阶插值(Entrywise Leading Order Interpolation)
      • 运动方程(Equation of Motion)
      • 电推进(Electric Propulsion)
      • 平衡区域(Equilibrium Region)
      • Euler-Hill坐标系(Euler-Hill Coordinate Frame)
      • 指数不稳定性(Exponential Instability)
      • 燃料排气速度(Fuel Exhaust Velocity)
      • 完整历表模型(Full-Ephemeris Model)
      • GAIO(Global Analysis of Invariant Objects)
      • 后牛顿参数(Post-Newtonian Parameter, gamma)
      • Gauss-Legendre配点法(Gauss-Legendre Collocation Method)
      • 地心旋转系(Geocentric Rotating Frame)
      • 地心旋转极坐标系(Geocentric Rotating Polar Coordinate System)
      • 几何最优控制(Geometric Optimal Control)
      • GGM05C地球重力场模型(GGM05C Earth Gravity Field Model)
      • GL0660B月球重力场模型(GL0660B Lunar Gravity Field Model)
      • 全局搜索(Global Search)
      • Gauss伪谱法(Gauss Pseudospectral Method, GPM)
      • 平动点引力不对称(Gravitational Asymmetry at Libration Points)
      • 引力光线偏折(Gravitational Light Deflection)
      • 引力位(Gravitational Potential)
      • 引力场模型(Gravity Field Model)
      • 重力梯度矩阵(Gravity gradient matrix)
      • GRGM660PRIM 月球重力场模型(GRGM660PRIM Lunar Gravity Field Model)
      • 网格搜索法(Grid Search Method)
      • 网格搜索(Grid Search)
      • 哈密顿可积近似(Hamiltonian Integrable Approximation)
      • 哈密顿函数(Hamiltonian)
      • 异构星座(Heterogeneous Constellation)
      • 隐藏基因遗传算法(Hidden-Genes Genetic Algorithm)
      • 高置信度仿真(High-Fidelity Simulation)
      • Hill坐标系(Hill Frame)
      • Hill 区域构型(Hill Region Configuration)
      • 希尔区域(Hill Region)
      • 同伦迭代法(Homotopy Iteration Method)
      • 同伦方法(Homotopy Method / Homotopic Approach)
      • 同伦方法(Homotopy Method)
      • 双曲流形(Hyperbolic Manifold)
      • 状态转移矩阵病态(Ill-Conditioned State Transition Matrix)
      • 改进的双圆模型(Improved Bi-Circular Model)
      • 冲量方向角(Impulse Direction Angle)
      • 面内幅值(In-Plane Amplitude)
      • 间接法(Indirect Method)
      • 间接最优控制(Indirect Optimal Control)
      • 不变环面(Invariant Torus)
      • 中间推力弧(Intermediate thrust arc)
      • 雅可比场(Jacobi Field)
      • 偏导数阵(Jacobian Matrix)
      • KAM环面(Kolmogorov-Arnold-Moser Tori, KAM Tori)
      • L2-L1同伦法(L2-L1 Homotopy)
      • L3点(L3 Point)
      • L4点(L4 Point)
      • L5点(L5 Point)
      • 拉格朗日乘子(Lagrange Multiplier)
      • 拉格朗日点(Lagrange Point)
      • 兰伯特飞行时间定理(Lambert Flight Time Theorem)
      • Lambert算法(Lambert's Algorithm)
      • Lambert问题(Lambert's Problem)
      • 天平动点(Libration Point)
      • Lindstedt-Poincaré方法(Lindstedt-Poincaré Method)
      • Lindstedt-Poincaré级数展开(Lindstedt-Poincaré Series Expansion)
      • 月球轨道交线(Line of Nodes of the Lunar Orbit)
      • 线性化(Linearization)
      • LME2000月心赤道惯性坐标系(LME2000 Reference Frame)
      • 局部截断误差(Local Truncation Error)
      • 对数障碍同伦法(Logarithmic Barrier Homotopy)
      • 洛伦兹收缩(Lorentz Contraction)
      • 小推力控制(Low-Thrust Control)
      • 低推力推进(Low-Thrust Propulsion)
      • LP100K模型(LP100K Model)
      • LP150Q月球引力场模型(LP150Q Lunar Gravity Model)
      • 线性周期系统(Linear Time-Periodic System)
      • 月固坐标系(Lunar Body-Fixed Frame)
      • 月球赤道面(Lunar Equatorial Plane)
      • 月球引力位(Lunar Gravitational Potential)
      • 月球重力场不规则性(Lunar Gravity Field Irregularity)
      • 月球引力场模型(Lunar Gravity Field Model)
      • 月球引力场(Lunar Gravity Field)
      • 月球轨道偏心率(Lunar Orbit Eccentricity)
      • 白道面(Lunar Orbital Plane)
      • 月面星下点轨迹(Lunar Sub-Satellite Track)
      • 月球会合周期(Lunar Synodic Period)
      • 映射伴随控制变换(Mapped Adjoint Control Transformation, MACT)
      • 月心惯性坐标系(Moon-Centered Inertial Frame)
      • 常数变易法(Method of Variation of Constants)
      • 最低飞行时间(Minimum Time of Flight, Min TOF)
      • 修正德洛内变量(Modified Delaunay Variables)
      • 月心惯性坐标系(Moon-Centered Inertial Frame)
      • 最大推力弧(Maximum-thrust arc)
      • 多体动力学环境(Multi-Body Dynamical Environment)
      • 多圆锥截线法(Multi-Conic Method)
      • 多重打靶法(Multiple Shooting Method)
      • 自然延拓(Natural Continuation)
      • 非球形引力位(Non-Spherical Gravitational Potential)
      • 无量纲化(Nondimensionalization)
      • 正规极值曲线(Normal Extremal)
      • 归一化参数(Normalized Parameter)
      • 归一化单位(Normalized Units)
      • 非劣排序遗传算法II(Non-Dominated Sorting Genetic Algorithm II)
      • 无推力弧(Null-thrust arc)
      • 数值延拓(Numerical Continuation)
      • 数值历表(Numerical Ephemeris)
      • 相对运动最优控制(Optimal Relative Motion Control)
      • 脉冲转向(Orbital Axis Slewing)
      • 轨道坐标系(Orbital Coordinate System)
      • 正交坐标系(Orthogonal coordinate system)
      • 吻切轨道根数(Osculating Orbital Elements)
      • 异面差(Out-of-Plane Difference)
      • 平面圆型限制性三体问题(Planar Circular Restricted Three-Body Problem)
      • 概率密度函数变换法则(PDF Transformation Rule)
      • 相位参数(Phase Parameter)
      • 分段多项式控制(Piecewise Polynomial Control)
      • 庞特里亚金最小值原理(Pontryagin Minimum Principle)
      • 庞特里亚金最优性条件(Pontryagin Optimality Conditions)
      • 位置角(Position Angle)
      • 岁差章动矩阵(Precession-Nutation Matrix)
      • 预计算变分数据(Precomputed Variational Data)
      • 引燃矢量方程(Primer vector equation)
      • 引燃矢量(Primer vector)
      • 主轴坐标系(Principal Axes Coordinate Frame)
      • 拟势函数(Pseudo-Potential Function)
      • 伪势(Pseudo-Potential)
      • 伪势函数(Pseudopotential)
      • 准圆转移(Quasi-Circular Transfer)
      • 重构谐波平衡法(Reconstructed Harmonic Balance Method)
      • Richardson 三阶近似解析解(Richardson Third-Order Analytical Approximation)
      • Richardson三阶近似解析解(Richardson Third-Order Analytical Solution)
      • Richardson三阶展开式(Richardson Third-Order Expansion)
      • 赤经偏差(Right Ascension Deviation)
      • Runge-Kutta法(Runge-Kutta Method)
      • 地月质心旋转坐标系(Earth-Moon Barycentric Rotating Frame)
      • 旋转坐标系(Rotating Frame)
      • 月球中心坐标系(Selenocentric Frame)
      • 月心惯性系(Selenocentric Inertial Coordinate System)
      • 月心瞬时地月面坐标系(Selenocentric Instantaneous Earth-Moon Plane Coordinate Frame)
      • 太阳能电推进(Solar Electric Propulsion, SEP)
      • 形状参数(Shape Parameter)
      • 扫描法(Shooting Method)
      • 单打靶法(Single Shooting Method)
      • 松弛变量(Slack Variable)
      • 小分母(Small Denominator)
      • 平滑技术(Smoothing Technique)
      • 截面(Surface of Section, SOS)
      • 球谐函数展开(Spherical Harmonic Expansion)
      • 逐级优化(Staggered Optimization)
      • 状态方程(State Equation)
      • 状态转移矩阵(A 6x6 matrix describing how perturbations propagate from initial to terminal state in a dynamical system. Its four sub-blocks represent partial derivative mappings for position-to-position (A), velocity-to-position (B), position-to-velocity (C), and velocity-to-velocity (D). In differential correction, the B and D sub-blocks provide sensitivities of terminal position and velocity to initial velocity, serving as the core mathematical tool for correction computation. The STM also yields the monodromy matrix for invariant manifold computation.)
      • 强Legendre条件(Strong Legendre Condition)
      • 日-B1旋转坐标系(Sun-B1 Rotating Frame)
      • 日地月系统(Sun-Earth-Moon System)
      • 开关函数(Switching Function)
      • 辛矩阵(Symplectic Matrix)
      • 会合坐标(Synodic Coordinates)
      • 会合坐标系(Synodic Frame)
      • 会合周期(Synodic Period)
      • 同步旋转坐标系(Synodic Reference Frame)
      • 同步旋转坐标系(Synodic Rotating Frame)
      • 会合参考系(Synodical Reference System)
      • 蒂塞朗-庞加莱图(Tisserand-Poincaré Graph)
      • 切向推力(Tangential Thrust)
      • 终端指标函数(Terminal Performance Index)
      • 推力幅值(Thrust Magnitude)
      • 时变系统(Time-Varying System)
      • 中间转移段(Transfer Leg)
      • 截断策略(Truncation Strategy)
      • 无迹卡尔曼滤波(Unscented Kalman Filter, UKF)
      • 误差演化(Uncertainty Propagation)
      • 变时间瞄准(Variable-Time Targeting)
      • 变分方程(Variational Equation)
      • 变比冲发动机(Variable-specific-impulse engine)
      • 零速曲线(Zero-Velocity Curve)
    • 动力学与数学基础

      • 1/1轨道共振(1/1 Orbital Resonance)
      • 1-1共振(1-1 Resonance)
      • 3-1-3 欧拉角序列(3-1-3 Euler Angle Sequence)
      • 受摄流形(A modified invariant manifold formed by applying a small velocity increment adjustment to the natural invariant manifold. Since the natural manifold's perilune distance usually does not match the target lunar orbit radius, an impulse at the Halo orbit injection point reshapes the manifold to satisfy the selenocentric distance constraint. Perturbed manifolds extend the transfer phase range beyond the two fixed points of natural zero-cost trajectories.)
      • 绝对相位偏置(Absolute Phase Bias)
      • 伴随控制变换(Adjoint Control Transformation, ACT)
      • 作用角变量(Action-Angle Variables)
      • Adams-Cowell积分器(Adams-Cowell Integrator)
      • 对偶控制变换(Adjoint-Control Transformation)
      • 共轭方程(Adjoint Equations)
      • 伴随法(Adjoint Method)
      • 增广拉格朗日迭代LQR(Augmented Lagrangian Iterative LQR, AL-iLQR)
      • 允许控制集(Allowable Control Set)
      • 允许区域(Allowed Region)
      • 幅值条件(Amplitude Condition)
      • 幅值修正机动(Amplitude Correction Maneuver)
      • 微分修正算法(An iterative method that maps terminal constraint residuals back to initial velocity corrections via the state transfer matrix. In libration point Halo orbit transfer design, it uses perilune distance and flight path angle as constraints, computing velocity increment corrections through partial derivatives decomposed by the state transfer matrix. The algorithm converges quickly for strongly nonlinear problems but is sensitive to initial guesses, requiring invariant manifolds to provide starting values.)
      • 角度-距离截面法(Angle-Distance Section Method)
      • 年化驻留成本(Annual Station-Keeping Cost)
      • 反切向推力(Anti-Tangential Thrust)
      • 自适应多项式混沌展开(Adaptive Polynomial Chaos Expansion)
      • 远地点庞加莱截面(Apogee Poincaré Section)
      • 近星点图(Apse Map)
      • 近星点庞加莱图(Apse Poincare Map)
      • 拱线变轨(Apsidal Transfer)
      • 阿诺德扩散(Arnold Diffusion)
      • 阿诺德环面(Arnold Tori)
      • 到达偏转角(Arrival Deflection Angle)
      • 人工平动点(Artificial Libration Point)
      • 非对称度(Asymmetry)
      • 渐近跟踪(Asymptotic Tracking)
      • 自适应轨迹设计目录(Adaptive Trajectory Design Catalog)
      • 大气阻力摄动(Atmospheric Drag Perturbation)
      • 大气阻力(Atmospheric Drag)
      • 大气摄动(Atmospheric Perturbation)
      • 姿态控制推力器(Attitude Control Thruster)
      • 增广拉格朗日法(Augmented Lagrangian Method)
      • 平均化方法(Averaging Method)
      • 椭圆轴比(Axis Ratio)
      • B 样条控制参数化(B-Spline Control Parameterization)
      • 反向积分法(Backward Integration Method)
      • 后向月球借力(Backward Lunar Gravity Assist)
      • 弹道段(Ballistic Arc)
      • 弹道捕获(Ballistic Capture)
      • 弹道转移(Ballistic Transfer)
      • Bang-bang控制(Bang-bang Control)
      • Bang-bang解(Bang-bang Solution)
      • Bang-bang推力剖面(Bang-Bang Thrust Profile)
      • Bang-off-Bang控制(Bang-off-Bang Control)
      • bang-off-bang推力模式(Bang-off-Bang Thrust Profile)
      • 质心坐标系(Barycentric Coordinate System)
      • 质心旋转坐标系(Barycentric Rotating Coordinate System)
      • 质心会合坐标系(Barycentric Synodic Coordinate System)
      • Battin-Giorgi方法(Battin-Giorgi Method)
      • 巴丁-沃恩算法(Battin-Vaughn Algorithm)
      • 弹道系数(Ballistic Coefficient)
      • 双圆问题(Bicircular Problem)
      • 双圆限制性四体问题(Bicircular Restricted Four-Body Problem, BCR4BP)
      • 双圆限制性四体问题(Bicircular Restricted Four-Body Problem)
      • beluga(beluga)
      • 双圆四体问题(Bicircular Four-Body Problem)
      • 双球谐引力模型(Bicircular Model)
      • 双线正切律(Bilinear Tangent Law)
      • Birkhoff方程(Birkhoff Equations)
      • Birkhoff-Gustavson标准型(Birkhoff-Gustavson Normal Form)
      • 比尔克霍夫标准型(Birkhoff Normal Form)
      • 混合CR3BP模型(Blended CR3BP)
      • 盒覆盖(Box Covering)
      • C-M管(Conley-McGehee Tube, C-M Tube)
      • 球罐模型(Cannon Ball Model)
      • 正则坐标(Canonical Coordinates)
      • 正则方程(Canonical Equations)
      • 捕获轨道行为分类(Capture Trajectory Classification)
      • 柯西-格林张量方法(Cauchy-Green Tensor Method)
      • 单元估计法(Cell Estimation Technique)
      • 中心流形(Center Manifold)
      • 中心-鞍点(Center-Saddle)
      • 中心子空间(Center Subspace)
      • 中心构型(Central Configuration)
      • 中心弗洛凯模态(Central Floquet Mode)
      • 中心流形作用量(Central Manifold Action Variable)
      • 中心流形(Central Manifold)
      • 混沌海(Chaotic Sea)
      • 特征曲线(Characteristic Curve)
      • 特征乘子(Characteristic Multiplier)
      • 特征参数(Characteristic Parameter)
      • 圆型线性化相对运动方程(CLERM)
      • 雅可比常数(Jacobi Constant)
      • 地月转移轨道分类(Classification of Cislunar Trajectories)
      • 近距月球飞越面外转移(Close Lunar Flyby Plane Change Transfer)
      • 约束马尔可夫决策过程(Constrained Markov Decision Process)
      • 圆型非线性相对运动方程(Circular Non-linear Equations of Relative Motion, CNERM)
      • 协态变量(Co-state Variables)
      • 协态(Co-state)
      • 余一维流形(Codimension-1 Manifold)
      • 离心力与引力平衡点(Collinear Libration Point)
      • 共线平动点(Collinear Libration Points)
      • 共线奇异性(Collinear Singularity)
      • 碰撞带(Collision Belt)
      • 碰撞曲线(Collision Curve)
      • 低推力配点优化工具(Collocation with Optimization for Low-Thrust)
      • 完整不确定Lambert解(Complete Uncertain Lambert Solutions)
      • 圆锥曲线近似拼接段(Conic Approximation of Transfer Segment)
      • 共轭动量(Conjugate Momenta)
      • 共轭点映射(Conjugate Point Mapping)
      • 共轭变量(Conjugate Variables)
      • Conley-McGehee管(Conley-McGehee Tube)
      • 拼接点(Connection Point)
      • 轨道连接(Connection)
      • 保守系统(Conservative System)
      • 约束泛函(Constrained Functional)
      • 约束非线性优化(Constrained Nonlinear Optimization)
      • 约束X轴穿越速度(Constrained X-Axis Crossing Velocity)
      • 约束条件(Constraint Conditions)
      • 约束松弛(Constraint Relaxation)
      • 延拓方法(Continuation Method)
      • 延拓参数(Continuation Parameter)
      • 延拓法(Continuation Procedure)
      • 延拓(Continuation)
      • 连续同伦(Continuous Homotopy)
      • 连续推力模型(Continuous Thrust Model)
      • 连续推力轨道保持(Continuous-Thrust Station-Keeping)
      • 连续推力(Continuous Thrust)
      • 控制曲线(Control Curve, U_i)
      • 控制参数化(Control Parametrization)
      • 可控性(Controllability)
      • 凸锥(Convex Cone)
      • 哥本哈根问题(Copenhagen Problem)
      • 科氏定理(Coriolis Theorem)
      • 协态控制变换法(Costate-Control Transformation)
      • 协态归一化(Costate Normalization)
      • 协态变量(Costate Variable)
      • 耦合限制性三体问题(Coupled CR3BP)
      • 耦合三体问题(Coupled Three-Body Problem)
      • 耦合机动(Coupling Maneuver)
      • 共轭三体问题耦合(Coupling of RTBPs)
      • 变分法(Calculus of Variations)
      • 考威尔摄动技术(Cowell's Perturbation Technique)
      • 复合粒子群算法(Compound Particle Swarm Optimization)
      • CR3BP兰伯特问题(CR3BP Lambert Problem)
      • 圆形限制性三体问题(CR3BP)
      • 地月系统三体加太阳项(Earth-Moon Three-Body Problem with Solar Perturbation)
      • 叉积控制(Cross-product Control)
      • 圆形限制性三体问题小推力扩展(Circular Restricted Three-Body Problem with Low-Thrust, CRTBP-LT)
      • CRTBP 质量参数(CRTBP Mass Parameter)
      • 圆型限制性三体问题(Circular Restricted Three-Body Problem)
      • 圆柱同构映射(Cylindrical Isomorphic Mapping)
      • 阻尼二分修正法(Damped Bisection Correction)
      • 非线性规划直接配点法(Direct Collocation with Nonlinear Programming)
      • 差分进化算法(Differential Evolution)
      • 碎片云演化(Debris Cloud Evolution)
      • 缺陷约束(Defect Constraint)
      • 德洛内元(Delaunay Elements)
      • 德洛奈变量(Delaunay Variables)
      • 出发速度(Departure Velocity)
      • 偏离量(Deviation)
      • 无阻力姿态控制(Drag-Free and Attitude Control, DFAC)
      • 直接飞越转移(Direct Fly-By Transfer, DFBT)
      • 微分校正原理(Differential Correction Principle)
      • 微分修正(Differential Correction)
      • 微分修正(Differential Corrections)
      • 直接配点法(Direct Collocation)
      • 直接引力(Direct Gravitational Perturbation)
      • 直接/间接法(Direct/Indirect Method)
      • 直接法(Direct Methods)
      • 直接多点射击法(Direct Multiple Shooting)
      • 直接打靶(Direct-Shooting)
      • 直接单点射击法(Direct Single Shooting)
      • 直接转录多重打靶法(Direct Transcription and Multiple Shooting)
      • 直接配点法(Direct Transcription)
      • 方向余弦(Direction Cosine)
      • 离散欧拉-拉格朗日方程(Discrete Euler-Lagrange Equations)
      • 离散同伦(Discrete Homotopy)
      • 离散力学与最优控制(DMOC)
      • 离散节点(Discrete Node)
      • 耗散系统(Dissipative System)
      • 扰动流形(Disturbed Manifold)
      • 发散解(Divergent Solution)
      • DRO经Lyapunov轨道过渡调相(DRO-Lyapunov-DRO Transition Phasing, DLD)
      • 离散线性二次调节器(Discrete Linear Quadratic Regulator)
      • 双伪距法(Double Pseudo-Range Method)
      • 双脉冲轨道转移(Double-Pulse Orbit Transfer)
      • DRO低能捕获(DRO Low-energy Capture)
      • 双角色网络(Dual-Actor Network)
      • 双层迭代算法(Dual-Layer Iterative Algorithm)
      • 双周期运动(Dual-Period Motion)
      • 动力学通道(Dynamical Channel)
      • 动力系统方法(Dynamical Systems Approach)
      • 地月流形(Earth-Moon Manifold)
      • 地月旋转坐标系(Earth-Moon Rotating Frame)
      • 地球非球形引力摄动(Earth Non-Spherical Gravity Perturbation)
      • 地球扁率修正(Earth oblateness correction)
      • 地心地固坐标系(Earth-Centered Earth-Fixed Frame)
      • 地心惯性坐标系(Earth-Centered Inertial Frame)
      • 日食规避路径约束(Eclipse Avoidance Path Constraint)
      • Edelbaum公式(Edelbaum's Equation)
      • 有效相位(Effective Phase)
      • 等效势能函数(Effective Potential Function)
      • EGM2008地球引力场模型(EGM2008 Earth Gravitational Model)
      • 特征运动方法(Eigenmotion Method)
      • 椭圆线性化相对运动方程(ELERM)
      • 椭圆区域(Elliptic Region)
      • 椭圆限制性问题(Elliptic Restricted Problem)
      • 端点同伦法(Endpoint Homotopy)
      • 终点映射(Endpoint Mapping)
      • 能量衰减型L₁转移(Energy-Descent L₁ Transfer)
      • 能量水平(Energy Level)
      • 能量最优控制(Energy-Optimal Control)
      • 能量范围(Energy Range)
      • 发动机节流因子(Engine Throttle Factor)
      • 日月地三体历表模型(Ephemeris-Based N-Body Model)
      • 有效相位平面(Effective Phases Plane)
      • 等边三角形平动点(Equilateral Triangle Libration Point)
      • 平衡点(Equilibrium Point)
      • 等效控制(Equivalent Control)
      • 等效平动点(Equivalent Libration Point)
      • 椭圆限制性三体问题(Elliptic Restricted Three-Body Problem)
      • 误差动力学(Error Dynamics)
      • 误差传播规律(Error Propagation Pattern)
      • 地月限制性三体问题(ERTBP)
      • 逃逸方向(Escape Direction)
      • 逃逸运动(Escape Motion)
      • 欧拉-拉格朗日方程(Euler-Lagrange Equations)
      • 欧拉五次方程(Euler Quintic Equation)
      • 事件图(Event Map)
      • 逃逸区间(Exclusion Zone)
      • 外系统(Exosystem)
      • 显式制导律(Explicit Guidance Law)
      • 指数发散率(Exponential Divergence Rate)
      • 误差指数发散(Exponential Error Divergence)
      • 指数不稳定(Exponentially Unstable)
      • 外部稳定流形(Exterior Stable Manifold)
      • 极值流(Extremal Flow)
      • 极端地形机动(Extreme Terrain Mobility)
      • 反馈线性化(Feedback Linearization)
      • 全历表限制性四体问题(Full Ephemeris Restricted 4-Body Problem)
      • 一阶必要条件(First-Order Necessary Conditions)
      • 定点同伦(Fixed-Point Homotopy)
      • 固定时间打靶(Fixed-Time Shooting)
      • 航迹角γ(Flight-Path Angle)
      • 飞行时间方程(Flight Time Equation)
      • Floquet分解(Floquet Decomposition)
      • 弗洛凯-李雅普诺夫定理(Floquet-Lyapunov Theorem)
      • Floquet模态法(Floquet Modal Method)
      • Floquet 乘子(Floquet Multiplier)
      • Floquet策略(Floquet Strategy)
      • 构造流函数法(Flow Function Construction Method)
      • 流管(Flow Tube)
      • 绕月方向(Flyby Direction)
      • 焦点距(Focal Distance)
      • 禁用区域(Forbidden Region)
      • 力函数(Force Function)
      • 编队构型保持(Formation Configuration Keeping)
      • 惯性坐标系固定编队(Formation Fixed Relative to Inertial Frame)
      • 编队轨道保持(Formation Stationkeeping)
      • 前后向打靶法(Forward-Backward Shooting)
      • 前向月球借力(Forward Lunar Gravity Assist)
      • 前向传播与后向扫描(Forward Pass and Backward Sweep)
      • 四体问题(Four-Body Problem)
      • 第四体引力摄动(Fourth-Body Gravitational Perturbation)
      • Francis-Byrnes-Isidori方程(Francis-Byrnes-Isidori Equations)
      • 自由转移(Free Transfer)
      • 自由变量约束法(Free-variable and Constraint Method)
      • 自由变量约束(Free-variable Constraint)
      • 燃料最优控制(Fuel-Optimal Control)
      • 燃料最优动力下降(Fuel-optimal Powered Descent)
      • 燃料最优控制(Fuel-optimal Control)
      • 燃料最优化(Fuel Optimization)
      • 完整力模型(Full Force Model)
      • 基础解集(Fundamental Solution Set)
      • Gauss行星方程(Gauss Planetary Equations)
      • Gauss型摄动运动方程(Gauss-type Perturbation Equations)
      • 地心天体参考框架(Geocentric Celestial Reference Frame)
      • 广义ZEM/ZEV算法(Generalized ZEM/ZEV Algorithm)
      • 生成函数(Generating Function)
      • 全局不变流形(Global Invariant Manifold)
      • 古丁方案(Gooding Scheme)
      • Gooding方法(Gooding's method)
      • 高斯伪谱法(Gauss Pseudospectral Method, GPM)
      • 引力非对称性(Gravitational Asymmetry)
      • 引力势(Gravitational Potential)
      • 引力高速公路(Gravitational Superhighway)
      • 借力方向(Gravity Assist Direction)
      • 庞加莱截面网格扫描法(Grid Scan on Poincaré Section)
      • 高斯平滑技术(Gaussian Smoothing Technique, GST)
      • Halo轨道计算(Halo Orbit Computation)
      • 哈密顿矩阵(Hamiltonian Matrix)
      • Hamiltonian归一化形式(Hamiltonian Normal Form)
      • 哈密顿约化(Hamiltonian Reduction)
      • 哈密顿系统(Hamiltonian System)
      • 哈密顿函数(Hamiltonian)
      • 混合差分动态规划(Hybrid Differential Dynamic Programming, HDDP)
      • Hermite-Simpson方法(Hermite-Simpson Method)
      • 异宿连接(Heteroclinic Connection)
      • 异宿轨道转移(Heteroclinic Orbit Transfer)
      • 异宿调相(Heteroclinic Phasing)
      • 异系统(Heterospace System)
      • 高保真动力学(High-Fidelity Dynamics)
      • 高保真星历模型(High-fidelity Ephemeris Model)
      • 高保真模型(High-Fidelity Model)
      • Hill 模型(Hill Model)
      • Hill问题(Hill Problem)
      • Hill区域(Hill Region)
      • 希尔稳定性(Hill Stability)
      • 希尔问题(Hill's Problem)
      • Hill 区(Hill's Region)
      • 低推力哈密顿量(Low-Thrust Hamiltonian, H_lt)
      • 自然哈密顿量(Natural Hamiltonian, H_nat)
      • Hénon f族轨道(Hénon f-Family Orbits)
      • 速度速率图法(Hodograph Shaping Method, Velocity Hodograph Method)
      • 霍曼型转移(Hohmann-like Transfer)
      • 光环轨道插入(Halo Orbit Insertion)
      • 同宿连接(Homoclinic Connection)
      • 同宿调相(Homoclinic Phasing)
      • 同调方程(Homological Equation)
      • 同伦连续法(Homotopy Continuation Method)
      • 同伦延拓(Homotopy Continuation)
      • 同伦法(Homotopy Method)
      • Hori方法(Hori Method)
      • 马蹄映射(Horseshoe Map)
      • Householder方法(Householder's method)
      • 双曲正切平滑法(Hyperbolic Tangent Smoothing, HTS)
      • 混合直接间接优化法(Hybrid Direct/Indirect Optimization Method)
      • 共线平动点双曲特性(Hyperbolic Character of Collinear Points)
      • 双曲不变流形参数(Hyperbolic Invariant Manifold Parameters)
      • 超椭圆曲线(Hyperelliptic Curve)
      • 伪弧长截面(Hyperplane Surface of Section)
      • 插入机动(Insertion Maneuver, IM)
      • 间接多阶段构型(Indirect Multi-Stage Formulation, IMF)
      • 隐式协态变换(Implicit Costate Transformation)
      • 脉冲施加法则(Impulse Application Rule)
      • 脉冲间隔(Impulse Interval)
      • 脉冲驻留(Impulsive Station-Keeping)
      • 面内振幅(In-plane Amplitude)
      • 间接配点法(Indirect Collocation)
      • 间接引力(Indirect Gravitational Perturbation)
      • 间接启发式方法(Indirect Heuristic Method)
      • 间接法(Indirect Methods)
      • 间接优化方法(Indirect Optimization)
      • 间接调相(Indirect Phasing)
      • 惯性系相对运动方程(Inertial Frame Relative Motion Equations)
      • 初始条件敏感性(Initial Condition Sensitivity)
      • 共轭变量初值(Initial Conjugate Variable Values)
      • 初始猜测方案(Initial guess scheme)
      • 初始猜测(Initial Guess)
      • 初始化-修正-延拓(Initialization-Correction-Continuation)
      • 内部频率(Inner Frequencies)
      • 内层-外层循环结构(Inner-Loop Outer-Loop Structure)
      • 瞬时Hill边界(Instantaneous Hill's Boundary)
      • 积分不变量(Integral Invariant)
      • 积分型滑模面(Integral Sliding Surface)
      • 内部区间(Interior Interval)
      • 内部稳定流形(Interior Stable Manifold)
      • 中间圆轨道(Intermediate Circular Orbit)
      • 中间方程(Intermediate Equations)
      • 不变流形类比(Invariant Manifold Analog)
      • 不变流形吸引(Invariant Manifold Attraction)
      • 不变流形连接(Invariant Manifold Connection)
      • 不变流形拼接(Invariant Manifold Splicing)
      • 流形管(Invariant Manifold Tube)
      • 不变流形(Invariant Manifold)
      • 不变环面流形(Invariant Torus Manifold)
      • 逆多项式形状函数(Inverse Polynomial Shape Function)
      • 行星际超级高速公路(Interplanetary Superhighway, IPS)
      • J2项摄动(J2 Perturbation)
      • J2项(J2 term)
      • 地球扁率摄动(Earth Oblateness Perturbation)
      • 雅可比常数误差约束(Jacobi Constant Error Constraint)
      • 雅可比常数匹配(Jacobi Constant Matching)
      • 雅可比常数-速度增量关系(Jacobi Constant-Velocity Increment Relationship)
      • 雅可比坐标(Jacobi Coordinates)
      • 雅可比分解(Jacobi Decomposition)
      • 雅可比能量(Jacobi Energy)
      • 雅可比积分单调性判据(Jacobi Integral Monotonicity Criterion)
      • 雅可比积分(Jacobi Integral)
      • 雅可比常数(Jacobi Constant, JC)
      • 跳跃条件(Jump Condition)
      • KAM理论(KAM Theory)
      • KAM环面(KAM Tori)
      • KAM环面(KAM Torus)
      • KAM定理(KAM Theorem)
      • 克比方法(Kozai Method)
      • 库斯塔恩海莫-斯蒂费尔变换(Kustaanheimo-Stiefel Transformation)
      • KSG积分器(KSG Integrator)
      • 三体Lambert问题(Lambert's Three-Body Problem, L3BP)
      • 三角平动点(Triangular Libration Points)
      • L4(L4)
      • L5(L5)
      • Lagrange系数(Lagrange Coefficients)
      • 拉格朗日-达朗贝尔原理(Lagrange-d'Alembert Principle)
      • 拉格朗日-雅可比恒等式(Lagrange-Jacobi Identity)
      • 拉格朗日松弛(Lagrange Relaxation)
      • 拉格朗日稳定性(Lagrange Stability)
      • Lambert制导例程(Lambert Guidance Routine)
      • 兰伯特制导(Lambert Guidance)
      • Lambert轨道变轨(Lambert Orbit Maneuver)
      • 兰伯特定理(Lambert's Theorem)
      • 朗伯特飞行时间定理(Lambert's Time-of-Flight Theorem)
      • 发射速度误差(Launch Velocity Error)
      • Lawden 必要条件(Lawden's Necessary Conditions)
      • 地月周期轨道(Lunar Centered Rotating Frame)
      • Legendre-Clebsch条件(Legendre-Clebsch Condition)
      • 低能转移门户(Low-Energy Transfer Gateway)
      • 列维-齐维塔变换(Levi-Civita Transformation)
      • 平动点(Libration Point / Lagrange Point)
      • 李变换(Lie Transformation)
      • 林德stedt-庞加莱法(Lindstedt-Poincaré Method)
      • Lindstedt-Poincare法(Lindstedt-Poincare Method)
      • 线性插值参数化(Linear Interpolation Parameterization)
      • 线性二次型最优控制(Linear Quadratic Optimal Control)
      • 线性变分拉格朗日问题(Linear Variational Lambert Problem)
      • 拉格朗日松弛法(Lagrangian Relaxation Method)
      • Lawden必要条件(Lawden's Necessary Conditions)
      • Lobatto IIIA配点法(Lobatto IIIA Collocation Method)
      • 瓣叶动力学(Lobe Dynamics)
      • 长周期运动(Long-period Motion)
      • 损失函数(Loss Function)
      • 低推力禁区(Low-Thrust Forbidden Region)
      • 小推力优化(Low-Thrust Optimization)
      • 限功率-最小推力-恒定排气速度延拓链(LP to T_min to CEV Continuation Chain)
      • LP165P月球引力场模型(LP165P Lunar Gravitational Model)
      • 月球交点共振(Lunar Synodic Resonance, LSR)
      • 低推力周期轨道(Low-Thrust Periodic Orbit, LTPO)
      • 月球偏心率摄动(Lunar Eccentricity Perturbation)
      • 月球飞掠辅助轨道面变换(Lunar Flyby-Assisted Plane Change)
      • 月球飞越(Lunar Flyby)
      • 月球非球形引力摄动(Lunar Non-Spherical Gravity Perturbation)
      • 月球临近(Lunar Proximity)
      • 月球固体潮(Lunar Solid Tide)
      • 月面捕获能量(Lunar Surface Capture Energy)
      • m分岔(m-Bifurcation)
      • 机动飞掠(Maneuvering flyby)
      • 流形簇(Manifold Family)
      • 流形初值(Manifold Initial Value)
      • 流形入轨(Manifold Insertion)
      • 流形插值数据库(Manifold Interpolation Database)
      • 流形交叠(Manifold Overlap)
      • 流形参数(Manifold Parameter)
      • 流形正分支/负分支(Manifold Positive/Negative Branch)
      • 流形传播(Manifold Propagation)
      • 流形段(Manifold Segment)
      • 流形起点(Manifold Starting Point)
      • 质量瘤(Mascon (Mass Concentration))
      • 马斯洛夫指数(Maslov Index)
      • 质量消耗率(Mass Consumption Rate)
      • 质量泄漏技术(Mass Leak Technique)
      • 质量泄漏(Mass Leak)
      • 大规模探索法(Massive Exploration)
      • 匹配条件(Matching Conditions)
      • Riccati矩阵微分方程(Matrix Differential Riccati Equation)
      • 蒙特卡洛轨迹打靶法(Monte Carlo Trajectory Shooting, MCTS)
      • 多重打靶差分动态规划(Multiple-Shooting Differential Dynamic Programming, MDDP)
      • 测量雅可比矩阵(Measurement Jacobian)
      • 修正春分点轨道元素(Modified Equinoctial Elements, MEEs)
      • 迈塞尔方法(Meyer's Method)
      • 微重力机动(Microgravity Mobility)
      • 最小欧氏范数(Minimum Euclidean Norm)
      • 燃耗最优(Minimum-Fuel / Fuel-Optimal)
      • 最小范数靶点法(Minimum Norm Targeting)
      • 最小范数更新(Minimum-Norm Update)
      • 最小时间连续推力轨道转移(Minimum-Time Continuous-Thrust Orbit Transfer)
      • 多脉冲级联制导(Multi-Impulsive Staging Guidance, MISG)
      • 混合法(Mixed Method / Hybrid Method)
      • 修改型多打靶法(Modified Multiple Shooting)
      • 单值矩阵(Monodromy Matrix)
      • 蒙特卡洛轨迹射击法(Monte Carlo Trajectory Shooting)
      • Moser定理(Moser Theorem)
      • 动点策略(Moving Point Strategy)
      • 多弧段最优控制(Multi-arc Optimal Control)
      • 多段轨迹优化(Multi-arc Trajectory Optimization)
      • 多脉冲(Multi-Impulse Maneuver)
      • 多脉冲转移(Multi-Pulse Transfer)
      • 多圈解(Multi-Revolution Solution)
      • 多重打靶收敛法(Multi-shooting Convergence Method)
      • 三体 Lambert 问题多值性(Multi-Solution Property of Three-Body Lambert Problem)
      • 复共线性(Multicollinearity)
      • 多点射击微分修正(Multiple-Shooting Differential Correction)
      • 多炮打法(Multiple Shooting Method)
      • 多段打靶(Multiple-Shooting)
      • 多圈Lambert问题(Multirevolution Lambert Problem)
      • n体动力学(N-Body Dynamics)
      • 自然伴飞编队(Natural Companion Formation)
      • 自然参数延拓(Natural Parameter Continuation)
      • 自然绕飞(Natural surrounding fly)
      • 共振定理(Near Resonance Theorem)
      • 近积分哈密顿系统(Nearly-Integrable Hamiltonian System)
      • 颈部开启条件(Neck Opening Condition)
      • 颈部区域(Neck Region)
      • 尼霍罗舍夫估计(Nekhorosev Estimates)
      • 奈霍罗舍夫定理(Nekhoroshev Theorem)
      • 牛顿二分切换点检测法(Newton-Bisection Hybrid Switching Detection)
      • 牛顿延拓法(Newton Continuation Method)
      • 牛顿同伦(Newton Homotopy)
      • 牛顿拉夫森法(Newton-Raphson Method)
      • NHIM(Normally Hyperbolic Invariant Manifold)
      • 节点(Node)
      • 非自治系统(Non-Autonomous System)
      • 非逃逸方向(Non-Escape Direction)
      • 非高斯分布(Non-Gaussian Distribution)
      • 非球形引力项(Non-Spherical Gravity Terms)
      • 非球形引力(Non-Spherical Gravity)
      • 非切向注入(Non-tangential Injection)
      • 非线性调节(Nonlinear Regulation)
      • 非线性调优(Nonlinear Tuning)
      • 非球形引力摄动(Nonspherical Gravitational Perturbation)
      • 非球形摄动(Nonspherical Perturbation)
      • 标准型归约(Normal Form Reduction)
      • 标准型(Normal Form)
      • NRHO两脉冲调相(NRHO Two-Impulse Phasing)
      • NRHO入轨(Near-Rectilinear Halo Orbit Insertion, NRHOI)
      • NSGA II(非支配排序遗传算法 II)
      • 非球形月球引力(Nonspherical Lunar Gravity)
      • 零空间向量(Null Space Vector)
      • 零向量(Null Vector)
      • 数值延拓策略(Numerical Continuation Strategy)
      • 数值延拓(numerical continuation)
      • 数值积分(轨道)(Numerical integration (orbit propagation))
      • 数值流形近似方法(Numerical Manifold Approximation Method)
      • 目标函数(Objective Function)
      • 白赤交角(Obliquity of Lunar Orbit to Equatorial Plane)
      • 最优延续策略(Optimal Continuation Strategy, OCS)
      • 偏移量(Offset)
      • 最优多脉冲机动(Optimal Multi-Impulse, Opt-MI)
      • 初始协态轨迹(Optimal Initial Costate Locus)
      • 近月点外最优机动(Optimal Maneuver Beyond Perilune)
      • 轨道平衡法(Orbit Balancing Method)
      • 轨道边界约束(Orbit-dynamical Boundary Constraints)
      • 轨道气动减速返回(Orbital Aerobraking Return)
      • 轨道边值问题(Orbital Boundary Value Problem)
      • 轨道根数漂移(Orbital Element Drift)
      • 入轨方向(Orbital Insertion Direction)
      • 最优滑模控制(Optimal Sliding Mode Control, OSMC)
      • 抛物区域(Parabolic Region)
      • 并行打靶法(Parallel Shooting Method)
      • 并行打靶(Parallel Shooting)
      • 参数条件(Parameter Condition)
      • 参数向量(Parameter Vector)
      • 拼接点(Patch Point)
      • 拼接限制性三体问题(Patched Restricted Three-Body Problem)
      • 拼接三体近似(Patched Three-Body Approximation)
      • 拼接点(Patchpoint)
      • 平面双圆限制性四体问题(Planar Bicircular Restricted Four-Body Problem)
      • 双圆四体问题(Planar Bicircular Restricted Four-Body Model)
      • 双圆四体问题(Planar Bicircular Restricted Four-Body Problem)
      • 相位约束序列锥规划(Phase-Constrained Sequential Cone Program, PC-SCoP)
      • 平面圆形限制性三体问题(Planar Circular Restricted Three-Body Problem, PCR3BP)
      • 平面圆形限制性三体问题(Planar Circular Restricted Three-Body Problem, PCRTBP)
      • 罚系数(Penalty Coefficient)
      • 近拱点庞加莱截面(Periapsis Poincaré Section)
      • 近地点庞加莱图(Perigee Poincaré Map)
      • 近月点数据库(Perilune Database)
      • 近月点庞加莱图(Perilune Poincaré Map)
      • 近月点庞加莱截面(Perilune Poincaré Section)
      • 三角平动点周期轨道族(Periodic Orbit Family at Triangular Libration Point)
      • 永久捕获(Permanent Capture)
      • 永久月球捕获(Permanent Lunar Capture)
      • 受摄Lambert问题(Perturbational Lambert Problem)
      • 摄动引力辅助模型(perturbed gravity assist model)
      • 受摄兰伯特弧段(Perturbed Lambert Arc)
      • 摄动Lambert问题(Perturbed Lambert Problem)
      • 受扰Lambert问题(Perturbed Lambert's Problem)
      • 受摄限制性三体问题(Perturbed Restricted Three-Body Problem)
      • 相位偏差(Phase Deviation)
      • 相位漂移(Phase Drift)
      • 相流结构(Phase Flow Structure)
      • 相位空间通道(Phase Space Conduit)
      • 相位空间(Phase Space)
      • 相位引力辅助(Phasing Flyby)
      • 流形穿刺点(Piercing Point)
      • 圈数占比(Percentage of Lambert Solutions per Revolution)
      • 偏标准型(Partial Normal Form)
      • 庞加莱-林德stedt方法(Poincaré-Lindstedt Method)
      • 庞加莱映射表示(Poincaré Map Representation)
      • 庞加莱映射(Poincaré Map)
      • 庞加莱映射(Poincaré Mapping)
      • 庞加莱截面(Poincaré Section)
      • 庞加莱图(Poincaré Map)
      • 庞加莱截面(Poincaré Section)
      • 泊松括号(Poisson Bracket)
      • 多面体表示(Polyhedral Representation)
      • 振幅相位多项式假设(Polynomial Amplitude-Phase Assumption)
      • 庞特里亚金极大值原理(Pontryagin's Maximum Principle)
      • 位置偏移补偿(Position Offset Compensation)
      • 势函数(Potential Function)
      • Powell混合算法(Powell Hybrid Algorithm)
      • 功率受限发动机(Power-Limited Engine)
      • 实用稳定区(Practical Stability Region)
      • 前向调相(Preceding Phasing)
      • 预测校正算法(Predictor-Corrector Algorithm)
      • 预测矫正法(Predictor-Corrector Method)
      • 主天体(Primaries)
      • 初始向量理论(Primer Vector Theory)
      • 先驱向量(Primer Vector)
      • 主拉伸方向(principal stretching direction)
      • 投影泛函(Projection Functional)
      • PS 平面(PS Plane)
      • PS截面(PS Section)
      • 伪弧长延拓(Pseudo-arclength Continuation)
      • 伪逆牛顿更新(Pseudo-inverse Newton Update)
      • 伪流形(Pseudo-Manifold)
      • 伪势函数(Pseudo-potential Function)
      • 赝势能(Pseudo-potential)
      • 伪谱凸优化(Pseudospectral Convex Optimization)
      • 伪谱离散化(Pseudospectral Discretization)
      • 伪谱法(Pseudospectral Method)
      • 准周期不变环面(Quasi-Periodic Invariant Tori, QPT)
      • 定性分析方法(Qualitative Analysis Method)
      • 周期轨道生成拟随机法(Quasi-random Process for Periodic Orbit Generation)
      • 拟线性化方法(Quasilinearization Method)
      • θ-r截面法(θ-r Section Method)
      • 限制性三体问题(Restricted Three-Body Problem, R3BP)
      • 光压模型(Radiation Pressure Model)
      • 真实力模型(Real Force Model)
      • 后向调相(Receding Phasing)
      • 主导区域(Region of Prevalence)
      • 相对中心流形(Relative Center Manifold)
      • 相对CR3BP动力学(Relative CR3BP Dynamics)
      • 相对哈密顿量(Relative Hamiltonian)
      • 相对不变流形(Relative Invariant Manifold)
      • 相对运动(Relative Motion)
      • 相对论效应修正(Relativistic Correction)
      • 松弛法(Relaxation Method)
      • 再参数化有界解(Reparameterized bounded solution)
      • 共振跳转(Resonance Hop)
      • 共振跃迁(Resonance Hopping)
      • 共振流形(Resonant Manifold)
      • 限制性四体问题(Restricted Four-Body Problem)
      • 限制区(Restricted Region)
      • 逆行动力月球引力辅助(Retrograde-Powered Lunar Gravity Assist)
      • 滚动时域靶向法(Receding Horizon Targeting)
      • Riccati方程(Riccati Equation)
      • Richardson三阶解析解(Richardson Third-Order Analytical Solution)
      • Richardson方法(Richardson's Method)
      • 鲁棒Lambert求解器(Robust Lambert Solver, RLS)
      • RSW坐标系(Radial-Transverse-Normal Frame, RSW Frame)
      • 限制性三体问题(Restricted Three-Body Problem, RTBP)
      • 龙格库塔7/8积分器(Runge-Kutta 7/8 Integrator)
      • 鞍点(Saddle Point)
      • 鞍型不稳定平衡点(Saddle-Type Unstable Equilibrium Point)
      • 安全转移编队(Safe Transfer Formation)
      • 采样基可达集近似算法(Sampling-Based Reachable Set Approximation Algorithm)
      • 空间双圆模型(Spatial Bi-Circular Model, SBCM)
      • 序列凸规划(Sequential Convex Programming, SCP)
      • 月球引力势谐波(Selenopotential Harmonics)
      • 灵敏度矩阵法(Sensitivity Matrix Method)
      • 灵敏度矩阵(Sensitivity Matrix)
      • 分界线(Separatrix)
      • 形状基方法(Shape-Based Method)
      • 形状法(Shape Method)
      • 打靶约束(Shooting Constraint)
      • 打靶函数(Shooting Function)
      • 打靶法(Shooting Method)
      • 打靶变量(Shooting Variable)
      • 短周期运动(Short-period Motion)
      • 单弧段最优控制(Single-arc Optimal Control)
      • 单圈xz平面穿越控制(Single-Revolution xz-Plane Crossing Control)
      • 单点打靶法(Single Shooting Method)
      • 单段打靶(Single-Shooting)
      • 单步法(Single-Step Method)
      • 单步预测法(Single-Step Prediction Method)
      • 奇异弧(Singular Arc)
      • 驻留维持(Station-Keeping)
      • 松弛因子(Slack Factor)
      • 滑动规则(Sliding Rule)
      • 影响球(Sphere of Influence, SOI)
      • 太阳引力(Solar Gravity)
      • 太阳相位(Solar Phase)
      • 太阳光压摄动(Solar Radiation Pressure Perturbation)
      • 太阳辐射压轨道保持(Solar Radiation Pressure Station Keeping)
      • 太阳帆人工平动点轨道(Solar Sail Artificial Libration Point Orbit)
      • 太阳帆推进(Solar Sail Propulsion)
      • 太阳会合频率(Solar Synodic Frequency)
      • 航天器编队飞行(Spacecraft Formation Flying)
      • 空间分布单值性(Spatial Distribution Uniqueness)
      • 球面控制变量(Spherical Control Variables)
      • 球谐引力(Spherical Harmonic Gravity)
      • 球谐函数模型(Spherical Harmonic Model)
      • 球谐函数(Spherical Harmonics)
      • 球面摆(Spherical Pendulum)
      • 螺线模态(Spiral Mode)
      • 螺旋区域(Spiral Region)
      • 太阳辐射压(Solar Radiation Pressure)
      • 太阳帆圆形限制性三体问题(Solar Sail Circular Restricted Three-Body Problem)
      • 稳定性因子(Stability Factor)
      • 稳定范围(Stability Region)
      • 状态约束(State Constraint)
      • 状态Jacobian矩阵(State Jacobian Matrix)
      • 轨道维持(Station-keeping)
      • 平稳性条件(Stationarity Condition)
      • 黏附区(Sticky Region)
      • 流函数法(Stream Function Method)
      • 弱化勒让德-克莱布什条件(Strengthened Legendre-Clebsch Condition)
      • 状态转移张量(State Transition Tensor)
      • 次黎曼结构(Sub-Riemannian Structure)
      • 子弧(Subarc)
      • 次梯度法(Subgradient Method)
      • 次优控制(Suboptimal Control)
      • 逐次凸优化(Successive Convex Optimization)
      • 日地流形(Sun-Earth Manifold)
      • 日-地旋转坐标系(Sun-Earth Rotating Frame)
      • 日-地+月会合坐标系(Sun-Earth+Moon Synodic Coordinate System)
      • 面质比(Surface-to-Mass Ratio)
      • 代理模型(Surrogate Model)
      • 生存图(Survival Map)
      • 切换函数(Switching Function)
      • 切换面(Switching Surface)
      • 符号处理器(Symbolic Manipulator)
      • 辛几何(Symplectic Geometry)
      • 辛变换(Symplectic Transformation)
      • 旋转坐标系(Synodic Coordinate System)
      • 系统间转移(System-to-System Transfer)
      • 系统平移(System Translation)
      • 会合坐标系(Syzygy Frame)
      • Syzygy旋转坐标系(Syzygy Rotating Frame)
      • 接触圆(Tangent Circle)
      • 切向脉冲机动(Tangential Impulsive Maneuver)
      • 切向推力控制(Tangential Thrust Control)
      • 目标模式(Target Mode)
      • 目标点策略(Target Point Strategy)
      • 瞄准阈值(Targeting Threshold)
      • 推力-滑行-推力序列(Thrust-Coast-Thrust Sequence)
      • 临时捕获(Temporary Capture)
      • 剩余飞行时间(Time-to-Go)
      • 航迹角(The angle between the spacecraft velocity vector and the local horizontal plane. A flight path angle of zero indicates the velocity is tangent to the local horizontal, corresponding to the periapsis (or apoapsis) characteristic. The paper uses flight path angle as the differential correction termination condition: integration halts when the angle reaches zero with a negative derivative, identifying the perilune point for constraint evaluation.)
      • 左向稳定流形(The branch of the EML2 Halo orbit stable manifold that extends toward the Moon. Unlike the right-pointing manifold which extends away from the Moon, the left-pointing stable manifold asymptotically approaches the Halo orbit in backward integration and moves along the Earth-Moon line toward the lunar side in forward integration, eventually reaching the Moon's vicinity. It is the key orbital structure for low-energy transfers from lunar orbit to EML2 Halo orbit.)
      • 图像轨迹定理(Theorem of Image Trajectories)
      • 理论最小速度增量(Theoretical Minimum Velocity Increment, delta-V min)
      • 第三体摄动(Third-Body Perturbation)
      • 三阶Richardson展开(Third-Order Richardson Expansion)
      • 三体 Lambert 问题(Three-Body Lambert Problem)
      • 三体系统平移(Three-Body System Translation)
      • 三维限制性问题(Three-Dimensional Restricted Problem)
      • 三脉冲入轨(Three-Impulse Orbit Insertion)
      • 三脉冲转移(Three-Impulse Transfer)
      • 节流因子(Throttle Factor)
      • 油门函数(Throttle Function)
      • 推力边界(Thrust Bound)
      • 推力延续法(Thrust Continuation Method)
      • 推力延续(Thrust Continuation)
      • 推力方向角(Thrust Direction Angle)
      • 推力方向余弦(Thrust Direction Cosines)
      • 推力同伦法(Thrust Homotopy)
      • 推力转向角(Thrust Steering Angle)
      • 双脉冲机动(Two-Impulse Maneuver, TI)
      • 潮汐捕获(Tidal Capture)
      • 流形飞行时间(Time of Flight on Manifold)
      • 弹道捕获驻留时间(Time of Permanence in Ballistic Capture)
      • 时间最优控制(Time-Optimal Control)
      • 时间最优转移(Time-Optimal Transfer)
      • 时间约束设计(Timing Constraint Design)
      • 蒂塞朗关系(Tisserand Relation)
      • 两级靶点器(Two-Level Targeter, TLT)
      • 飞行时间(Time of Flight, ToF)
      • 稀疏最优控制轨迹优化软件(Trajectory Optimization with Sparse Optimal Control Software, TOSOCS)
      • 两点边值问题(TPBVP)
      • 目标相位(Target Phase)
      • 高阶目标相位法(TPhA)
      • 转移轨道数据库(Trajectory Database)
      • 轨迹拼接数据库(Trajectory Splicing Database)
      • 转移代价(Transfer Cost)
      • 转移轨道族(Transfer Orbit Family)
      • 转移时间方程(Transfer time equation)
      • 转移时间(Transfer Time)
      • 瞬变通道(Transit Gate)
      • 转移性(Transitability)
      • 运输管壁(Transportation Tube Wall)
      • 横截条件(Transversality Condition)
      • 横截条件(Transversality Conditions)
      • 三角平动点(Triangular Libration Point)
      • 管状结构(Tube Structure)
      • 管道拓扑(Tube Topology)
      • 转折点(Turning Point)
      • 平动点双脉冲转移(Two-Impulse Libration Point Transfer)
      • 双脉冲交会(Two-Impulse Rendezvous)
      • 双层制导控制(Two-Layer Guidance and Control)
      • 双点迭代法(Two-Point Method)
      • 无迹卡尔曼滤波器(Unscented Kalman Filter)
      • 极近距离编队(Ultra-Close Formation)
      • 不确定多圈Lambert问题(Uncertain Multiple-Revolution Lambert Problem)
      • 不确定Lambert问题(Uncertain Lambert Problem)
      • 通用变量算法(Universal Variable Algorithm)
      • 普适变量法(Universal Variable Method)
      • 模型参数噪声(Unmodelled Acceleration)
      • 无摄问题(Unperturbed Problem)
      • 不稳定分量消除(Unstable Component Cancellation)
      • 不稳定方向(Unstable Direction)
      • 不稳定模态消去(Unstable Mode Cancellation)
      • v无穷匹配(V-infinity Matching)
      • ΔV-TOF帕累托前沿(ΔV-TOF Pareto Front)
      • 变时间打靶(Variable-Time Shooting)
      • 变分方程(Variational Equations)
      • 速度极大(Velocity Maximum)
      • 速度极小(Velocity Minimum)
      • 速度楔(Velocity Wedge)
      • 垂直Lyapunov轨道族(Vertical Lyapunov Orbit)
      • 垂直稳定流形(Vertically Stable Manifold)
      • 垂直不稳定流形(Vertically Unstable Manifold)
      • 到达脉冲(Insertion Impulse)
      • 变比冲发动机(Variable Specific Impulse Engine, VSI Engine)
      • 总速度增量(Total Velocity Impulse)
      • 面积质量比(Area-to-Mass Ratio)
      • 弱稳定性(Weak Instability)
      • 弱稳定轨道(Weakly Stable Orbit)
      • Weierstrass-Erdmann角点条件(Weierstrass-Erdmann Corner Conditions)
      • 稳定流形(Stable Manifold)
      • 弱稳定边界弹道转移(Weak Stability Boundary Ballistic Transfer)
      • 弱稳定边界(Weak Stability Boundary)
      • 弱稳定区(Weak Stability Region, WSR)
      • 不稳定流形(Unstable Manifold)
      • x-z截面穿越目标(x-z Plane Crossing Target)
      • x轴穿越控制(x-Axis Crossing Control, XAC)
      • 零径向速度条件(Zero Radial Velocity Condition)
      • 零速度面(Zero Velocity Surface, ZVS)
      • 零速度曲面(Zero-Velocity Surface)
      • 带谐项(Zonal Harmonic)
      • 零速度曲线(Zero-Velocity Curve)
    • 任务轨道

      • 接近段(approach phase)
      • 轴向共振轨道(Axial Resonant Orbit, ARO)
      • 径向振幅(Radial Amplitude)
      • 轴向轨道(Axial Orbit)
      • 面外振幅(Out-of-plane Amplitude)
      • 弹道捕获(Ballistic Capture)
      • 基准轨道(Baseline Trajectory)
      • 蝴蝶轨道(Butterfly Orbit)
      • 中心椭圆弧(central elliptical arc)
      • 圆形轨道边界条件(Circular Orbit Boundary Conditions)
      • 地月周期轨道(Cislunar Periodic Orbit)
      • 经典指数正弦曲线(Classical Exponential Sinusoid)
      • 碰撞轨道(Collision Orbit)
      • 连接弧段(Connection Arc)
      • 控制加速度(Control Acceleration)
      • 循环轨道(Cycler Orbit)
      • 发射时间(Departure Time)
      • 直连转移轨迹(Direct Transfer Trajectory)
      • 直接转移(Direct Transfer)
      • 远距离逆行轨道(Distant Retrograde Orbit, DRO)
      • 漂移轨迹(Drift Trajectory)
      • 逃逸螺旋(Earth-Escape Spiral)
      • 地月三角平动点转移网络(Earth-Moon Triangular Libration Point Transfer Network)
      • 凌日回避(Eclipse Avoidance)
      • 有效飞行时间(Effective Time of Flight)
      • EL1轨道(EL1 Orbit)
      • 能量最优螺旋(Energy-Optimal Spiral)
      • 能量-燃料同伦延拓法(Energy-to-Fuel Homotopy Continuation)
      • 扩展近月交会法(Extended Perilune Rendezvous Method, EPRM)
      • 地球返回轨道(Earth-Return Orbit)
      • 转移族曲线(Family Curve of Transfers)
      • 远距离交会(Far Rendezvous)
      • 快速转移轨迹(Fast Transfer Trajectory)
      • 不动点(Fixed Point)
      • 月球前侧逆行飞越(Forward-Moon-Retrograde Flyby in Quadrant II)
      • 编队飞行(Formation Flight)
      • 地心弧段(Geocentric Arc)
      • 地心段(Geocentric Segment)
      • 借力转移(Gravity Assist / Swingby)
      • 分组转移(Grouping of Transfers)
      • 晕轨道(Halo Orbit)
      • 日心坟墓轨道(Heliocentric Graveyard Orbit)
      • 异构轨道(Heterogeneous Orbits)
      • 异系统流形拼接(Heterospace-system Manifold Connection)
      • Halo轨道插入(Halo Orbit Insertion, HOI)
      • 马蹄轨道(Horseshoe Orbit)
      • 混合多圆锥曲线方法(Hybrid Multi-Conic Method)
      • 倾角变化(Inclination Change)
      • 入轨相位角(Insertion Phase Angle)
      • 内部转移(Interior Transfer)
      • 初始周期轨道(Initial Periodic Orbit)
      • 星际高速公路(Interplanetary Superhighway, ISP)
      • 平动点(Libration Point / Lagrangian Point)
      • Lambert 拼接法(Lambert patching method)
      • Lambert问题(Lambert Problem)
      • 三脉冲月球Halo转移(Three-Impulse Lunar Halo Transfer)
      • LGA+WSB转移(LGA+WSB Transfer)
      • 平动点周期轨道(Libration Point Orbit, LPO)
      • 线性周期控制(Linear Periodic Control)
      • 李萨如轨道(Lissajous Orbit)
      • 无食轨道策略(LOEWE)
      • 长路径转移轨道(Long-Path Transfer Orbit)
      • 长程解与短程解(Long-Way and Short-Way Solutions)
      • 低能转移(Low-Energy Transfer)
      • 低推力轨道转移(Low-thrust Orbit Transfer)
      • 低推力轨迹(Low-Thrust Trajectory)
      • 月球同步共振(Lunar Synodic Resonance, LSR)
      • Lyapunov 轨道(Lyapunov Orbit)
      • 机动频率优化(Maneuver Frequency Optimization)
      • 流形连接(Manifold Connection)
      • 弱不稳定(Mildly Unstable)
      • 最小能量地月转移(Minimum Energy Cislunar Transfer)
      • 最小能量地月转移(Minimum Energy Trans-lunar Transfer)
      • 稳定流形插入(Stable Manifold Insertion, MOI)
      • 月心轨道(Moon-Centered Orbit)
      • 最小停泊轨道(Minimum Parking Orbit, MPO)
      • 星座(Multi-Body Constellation)
      • 标称轨道(Nominal Orbit)
      • 标称转移(Nominal Transfer)
      • 非开普勒轨道(Non-Keplerian Orbit)
      • 非转移轨道(Non-Transit Orbit)
      • 南北控制(North-South Control)
      • 近直线晕轨道(Near-Rectilinear Halo Orbit, NRHO)
      • 开放点场景(Open-Point Scenario)
      • 运行轨道库(Operational Orbit Library)
      • 轨道链(Orbit Chain)
      • 轨道链式法(Orbit Chaining)
      • 轨道维持代价(Orbit Maintenance Cost)
      • 轨道稳定度(Orbital Stability Index)
      • 正交穿平面条件(Orthogonal Plane-Crossing Condition)
      • P2HO2 轨道(P2HO2 Orbit)
      • 拼接圆锥(Patched Conic)
      • 近地点地心距(Perigee Geocentric Distance)
      • 近地点场景(Perigee-Point Scenario)
      • 近星点距离(Perilune Distance)
      • 周期轨道族(Periodic Orbit Family)
      • 周期解(Periodic Solution)
      • 分段环转移(Phasing Loop Transfer)
      • 极点驻留卫星(Pole-Sitter)
      • 定点保持(Position-Keeping)
      • 地心顺行月心逆行(Prograde in Perigee and Retrograde in Perilune)
      • 伪春分点轨道根数(Pseudo-Equinoctial Orbital Elements)
      • 准周期轨道(Quasi-Periodic Orbit, QPO)
      • 准卫星轨道(Quasi-Satellite Orbit, QSO)
      • 共振轨道(Resonant Orbit, RES)
      • 救援轨道(Rescue Orbit)
      • 共振轨道族(Resonant Orbit Family)
      • 共振轨道(Resonant Orbit)
      • 近月点半径(Perilune Radius)
      • 月心段(Selenocentric Segment)
      • 短半轴(Semiminor Axis)
      • 超地球同步转移轨道(Super-Geostationary Transfer Orbit, sGTO)
      • 短路径转移轨道(Short-Path Transfer Orbit)
      • 短程到达(Short-Reach Arrival)
      • 特殊长周期轨道(Special Long-Period Orbit, SLPO)
      • SMART-1类转移(SMART-like Transfer)
      • 平滑轨迹(Smoothed Trajectory)
      • 单次打靶微分修正器(Single-shooting Differential Corrector)
      • 存储轨道(Storage Orbit)
      • 蝌蚪轨道(Tadpole Orbit)
      • 切向进入(Tangential Insertion)
      • 切向交汇(Tangential Intersection)
      • 相切(Tangential)
      • 轨道相位(Orbit Phase)
      • touring地月定期轨道(Touring Cislunar Periodic Orbit, TCPO)
      • 近月点月心距(The distance from the Moon's center to the closest point of a transfer trajectory or invariant manifold. This parameter is the central constraint in transfer trajectory design: the target value equals the lunar radius plus the desired orbital altitude (e.g., 1837.4 km for a 100 km lunar orbit). Whether the manifold's minimum selenocentric distance matches the target determines whether a zero-cost transfer is possible or impulses are needed.)
      • 入轨点(The location on a Halo orbit where the spacecraft transitions from the transfer trajectory onto the periodic orbit. The phase angle of the injection point determines the required velocity increment. For zero-cost transfers, the injection impulse is zero; for perturbed transfers, small impulses are typically needed (0-8 m/s in this paper). The paper divides the Halo orbit into 360 equally-spaced nodes, each a potential injection point.)
      • 三体周期轨道(Three-Body Periodic Orbit)
      • 推力幅值延拓法(Thrust-Magnitude Continuation)
      • 最小推力轨道(Minimum-Thrust Trajectory)
      • 轨迹截面宽度(Trajectory Section Width)
      • 转移族(Transfer Family)
      • 两次机动转移设计(Two-maneuver transfer design)
      • 两段式转移(Two-Phase Transfer)
      • 无动力月球引力辅助(Unpowered Lunar Gravity Assist, Unpowered LGA)
      • 月球DRO插入速度增量(Lunar DRO Insertion Delta-V)
      • 垂直轨道(Vertical Orbit)
      • 流形插入(Manifold Insertion)
      • 弱稳定边界转移轨道(Weak Stability Boundary Transfer Trajectory)
      • 弱稳定区转移(Weak Stability Region Transfer)
      • x₀值(x₀ Value)
      • 零消耗转移轨道(Zero-Cost Transfer Trajectory)
      • z方向运动振幅(z-direction Motion Amplitude)
    • 导航技术与系统

      • 绝对导航(Absolute Navigation)
      • 自主定轨(Autonomous Orbit Determination)
      • B平面参数(B-Plane Parameters)
      • 质心惯性坐标系(Barycentric Inertial Frame)
      • 质心旋转坐标系(Barycentric Rotating Frame)
      • 批最小二乘微分修正(Batch Least-Squares Differential Correction)
      • 双向对发星间测距(Bidirectional Inter-Satellite Ranging)
      • 组合自主定轨(Combined Autonomous Orbit Determination, CAOD)
      • 地月空间卫星导航系统(Cislunar Space Satellite Navigation System)
      • 近距离逼近(Close-Range Rendezvous)
      • 覆盖盲区(Coverage Blind Spot)
      • 深空导航星座(deep space navigation constellation)
      • 秩亏(Deficient Rank)
      • 微分校正(Differential Correction)
      • 远距逆行轨道阴影遮挡(DRO GNSS Shadowing by Moon)
      • 双层星间链路(Dual-Layer Inter-Satellite Link)
      • 双导航星方案(Dual Navigation Satellite Scheme)
      • 地月质心旋转坐标系(Earth-Moon Barycenter Rotating Frame)
      • 扩展卡尔曼滤波(Extended Kalman Filter)
      • 发动机约束(Engine Limitation)
      • 扩展星座(Extended Constellation)
      • GNSS旁瓣信号导航(GNSS Sidelobe Signal Navigation)
      • 网格划分法(Grid Division Method)
      • Halo轨道交会(Halo Orbit Rendezvous)
      • 高精度地月时空基准(High-Precision Cislunar Space-Time Benchmark)
      • 可辨识信息矩阵(Identifiability Information Matrix)
      • 星间测距(Inter-Satellite Ranging)
      • 迭代制导(Iterative Guidance)
      • 联合自主定轨(Linked Autonomous Orbit Determination, LAOD)
      • 月球全球导航卫星系统(Lunar Global Navigation Satellite System)
      • 月球全球定位系统(Lunar Global Positioning System, LGPS)
      • 联络导航(Liaison Navigation)
      • 平动点导航星座(Libration Point Navigation Constellation)
      • 地月拉格朗日点导航(Libration Point Navigation)
      • 线性化方法(Linearization Method)
      • 月球导航卫星系统A(LNSS-A)
      • 地月平动点轨道星座(LPO Constellation)
      • 月球全球定位卫星星座(Lunar Global Positioning Satellite Constellation)
      • 月球高纬度区域(Lunar High-Latitude Region)
      • Lyapunov最优反馈制导(Lyapunov Optimal Feedback Guidance)
      • 多解现象(Multiple Solutions Phenomenon)
      • 导航星座(Navigation Constellation)
      • 导航更新间隔(Navigation Update Interval)
      • 法矩阵(Normal Matrix)
      • NRHO南北族轨道(Northern and Southern NRHO Families)
      • 近直线晕轨道交会对接(NRHO Rendezvous and Docking)
      • 最优控制估计器(Optimal Control Based Estimator, OCBE)
      • 轨道振幅(Orbital Amplitude)
      • 轨道交会(Orbital Rendezvous)
      • 三阶段部署策略(Phase-Based Deployment Strategy)
      • 调相机动(Phasing Maneuver)
      • 主天体(Primary Celestial Body)
      • 推进误差(Propulsion Error)
      • 秩亏问题(Rank Deficiency Problem)
      • 参考轨道(Reference Orbit)
      • 相对轨迹跟踪(Relative Trajectory Following)
      • 次优反馈控制(Sub-Optimal Feedback Control)
      • 星光角距(Starlight Angle)
      • 时间同步精度(Time Synchronization Accuracy)
      • 转移成本热图(Transfer Cost Heat Map)
      • 两步优化算法(Two-Step Optimization Algorithm)
      • 无迹最优控制估计器(Unscented OCBE, U-OCBE)
      • 无迹变换(Unscented Transformation, UT)
      • 虚拟轨迹(Virtual Trajectory)
      • 等待时间(Wait Time)
    • 天文观测技术

      • 接入时间(Access Time)
      • 合作代理(Cooperative Agent, CA)
      • 地月空间域感知(Cislunar Domain Awareness)
      • 地月平动点星座(Cislunar Libration Point Constellation)
      • 地月空间导航星座(Cislunar Navigation Constellation)
      • DRO捕获投影面(DRO Capture Projection Surface)
      • 动态需求(Dynamic Demand)
      • 动力学统计定轨(Dynamics-Based Statistical Orbit Determination)
      • 地气光离轴角(Earth-Atmosphere Off-Axis Angle)
      • 引力时延(Gravitational Delay)
      • GRGM1200A 月球重力场模型(GRGM1200A Lunar Gravity Field Model)
      • GRAIL重力场模型(GRAIL Gravity Field Model)
      • 科迪莱夫斯基云(Kordylewski Cloud)
      • Kordylewski云(Kordylewski Clouds)
      • 月球排除角(Lunar Exclusion Angle)
      • 月球碰撞(Lunar Impact)
      • 月掩规避(Lunar Occultation Avoidance)
      • 月面覆盖评估(Lunar Surface Coverage Assessment)
      • 观测星座(Observation Constellation)
      • 接力观测(Relay Observation)
      • 太阳光抑制角(Solar Suppression Angle)
      • 太阳会合周期(Solar Synodic Period)
      • 有价值区域(Valuable Region)
      • 初始太阳相位角(Initial Solar Phase Angle)

主天体(Primaries)

本文作者:天疆说

本站地址:https://cislunarspace.cn

定义

限制性三体问题中两个做圆轨道运动的大质量天体。较大者记为m₁,较小者记为m₂,第三天体质量m₃远小于两者。

应用价值

在主天体的设计与分析中,可用于优化转移方案,减少燃料消耗 该概念为地月空间任务设计提供了重要的理论基础 在实际工程中可用于轨道设计、任务规划或控制系统分析。

相关概念

  • 对偶控制变换(Adjoint-Control Transformation)
  • 贝叶斯压缩感知(Bayesian Compressive Sensing)
  • Lyapunov轨道(Lyapunov Orbit)
  • 状态转移矩阵(State Transition Matrix)

参考文献

  • Szebehely - 1967 - Theory of orbit the restricted problem of three bodies
完善页面
最近更新: 2026/8/8 10:45
Contributors: ouyangjiahong, Ou Yang Jiahong
Prev
预测矫正法(Predictor-Corrector Method)
Next
初始向量理论(Primer Vector Theory)
地月空间入门指南
地月空间入门指南探索地月空间知识
在 GitHub 查看

导航

  • 首页
  • 关于本站
  • 航天动态
  • 术语表

内容

  • 地月轨道
  • 研究前沿
  • 资源工具

English

  • Home
  • About
  • Space News
  • Glossary

关注我们

© 2026 地月空间入门指南  |  湘ICP备2026006405号-1
友情链接:智慧学习助手 UStudy航天任务工具箱 ATK
微信公众号
欢迎关注天疆说扫码关注,手机获取航天资讯