rlv
美 
英
- 網絡可重復使用運載器(Reusable Launch Vehicle)；可重復使用飛行器；可重復使用運載火箭
例句
Thermal protection system (TPS) is one of the key technologies for space vehicle, especially for reusable launch vehicles (RLV).
熱防護系統是航天飛行器，特別是重復使用運載器的關鍵技術之一。
Simulation of the RLV reentry attitude controlling demonstrates robust, de-coupled tracking performance and its validity.
再入姿態仿真驗證了該方法的精度、魯棒性以及解耦的跟蹤性能及有效性。
A robust attitude control method for the implementation of initial reentry for reusable launch vehicle (RLV) was proposed.
給出了一種可重復使用航天器（RLV）再入初期魯棒姿態控制方法。
Simultaneity, The research of the RLV supplies technology for supersonic vehicle.
同時，RLV的研制為高超聲速飛行器的開發提供一定的技術支持。
Reentry trajectory is divided into two phases: initial descent phase and glide phase.
將RLV再入過程劃分為兩段：初始下降段和滑翔段。
A new reentry guidance algorithm for RLV(reusable launching vehicle) is presented.
提出了一種針對可重復使用運載器的再入制導算法。
A Survey of Current RLV Concepts in the U. S.
美國可復用運載器現行方案概況。
Parameterization Method and Constraints Transformation Method for RLV Reentry Trajectory Optimization Using Genetic Algorithm
飛行器軌跡優化應用遺傳算法的參數化與約束處理方法研究
Computation of the Transient Temperature Distribution of the Spar-Rib of the RLV During the Reentry
可重復使用飛行器翼肋的再入瞬態溫度分布計算
Two kind of vertical plane trajectories of the AP are also discussed: (1) the height of the RLV is a function of the ground range;
同時討論了捕獲段兩種縱向平面內軌跡的設計方法：（1）高度為航程的函數；
Thermal Model Study of RLV Ceramic Thermal Protection System
RLV陶瓷熱防護系統熱分析模型研究
On-Line Terminal Area Energy Management Trajectory Planning for a RLV
RLV末端能量管理段軌跡實時生成算法研究
Genetic algorithm optimization of RLV reentry trajectory
基于遺傳算法的RLV再入軌跡優化設計
Progress of RLV Technologies in Europe, Japan and Russia
歐洲、日本和俄羅斯先進可復用運載器的技術進展
History and developments of rlv's metallic thermal protection system
可重復使用運載器金屬熱防護系統的歷史與發展動態分析
Near real-time optimization for reentry trajectory of RLV
可重復使用運載器再入軌跡次實時優化
Development History, Current Status and Revelation of RLV in U. S. A
美國重復使用運載器的發展歷史、現狀及啟示
A Survey of Current RLV Concepts in Europe
歐洲可重復使用運載器現行方案概況
Propulsion Concept of RLV in China
論我國重復使用運載器推進系統方案
