亚轨道飞行器

许多开发人员具有很高的希望，PDE将最终成为最具成本效益的推动超音速亚轨道飞行器的有效方法。

Many developers have high hopes that the PDE will ultimately become the most cost-effective method of propelling supersonic sub-orbital craft .

XCOR是开发亚轨道飞行器、用于商业太空飞行的几家公司之一。

XCOR is one of several companies developing suborbital vehicles for commercial space tourist flights .

亚轨道飞行器航程控制的末端能量管理方法

Terminal Area Energy Management of Suborbital Vehicle Based on Range Control

大气环境中的亚轨道飞行器再入轨迹仿真

Reentry Trajectories Simulation of Sub-orbital Flight Vehicle in Atmospheric Environment

亚轨道飞行器上升段轨迹优化与快速重规划

Ascent Trajectory Optimization and Fast-Reconstruction for Suborbital Launch Vehicle

最后还为我国的亚轨道飞行器设计提出了一些可行的操控和制导方案。

The feasible control and guiding scheme of the sub-orbital vehicle are introduced finally .

亚轨道飞行器返回轨道设计

Return Trajectory Design of the Sub-orbital Vehicle

主要内容包括：1.通过分析现阶段各种单一导航系统的优缺点，提出了适合亚轨道飞行器的组合导航方案。

On the analysis of the advantages and disadvantages of all single navigation system Presented , gave the combination navigation system adaptable the Suborbital Launch Vehicle .