Double-Pulse Orbit Transfer
Author: Tianjiang Shuo
Website: https://cislunarspace.cn
Definition
An orbit transfer method that applies one velocity impulse at each of the departure and arrival points, the classic application of Lambert's problem. The first impulse departs the initial orbit onto a transfer trajectory; the second inserts the spacecraft into the target orbit. Compared with continuous-thrust guidance, double-pulse transfer is simpler to implement but demands higher instantaneous thrust, serving as a fundamental scheme for long-range orbital maneuvers.
Application Value
This term has application value in the design and analysis of cislunar space missions, supporting trajectory design, mission planning, and system optimization. Researchers can analyze its physical mechanisms and engineering applicability based on specific mission requirements to advance cislunar space exploration technology.
Related Concepts
- Elliptic Restricted Three-Body Problem
- Dynamical Consistency
- Combined Covariance
- Nekhorosev Estimates
References
- 赵弘骞等 - 2021 - 基于动态规划的月面定点着陆快速制导方法
