Kun Peng's research while affiliated with China Academy of Space Technology (CAST) and other places

Publications (2)

Article
This research systematically presents the feasibility of allocating reusable cargoes in a quasi-periodic p:q resonant cycler orbit to construct a cislunar in-orbit infrastructure. First, p:q resonant cycler orbits are generated by resonance conditions in the context of a planar circular restricted three-body problem through differential correction...
Article
Full-text available
The low-thrust propulsion will be one of the most important propulsion in the future due to its large specific impulse. Different from traditional low-thrust trajectories (LTTs) yielded by some optimization algorithms, the gradient-based design methodology is investigated for LTTs in this paper with the help of invariant manifolds of \(\mathit{LL}_...

Citations

... Similar approaches to low-thrust trajectory design also appear in Refs. [8][9][10]. Additionally, transfers in the lunar domain, particularly those involving periodic orbits such as NRHOs and distant retrograde orbits have also been studied extensively by various researchers [11][12][13]. ...