JOURNAL OF SPACECRAFT AND ROCKETS

This Journal is devoted to reporting advancements in the science and technology associated with spacecraft and tactical and strategic missile systems, including subsystems, applications, missions, environmental interactions, and space sciences. The Journal publishes original archival papers disclosing significant developments in spacecraft and missile configurations, reentry devices, transatmospheric vehicles, systems and subsystem design and application, mission design and analysis, applied and computational fluid dynamics, applied aerothermodynamics, development of materials and structures for spacecraft and missile applications, space instrumentation, developments in space sciences, space processing and manufacturing, space operations, interactions with spacecraft and sensors, design of sensors and experiments for space, and applications of space technologies to other fields. The context of the Journal also includes ground-support systems, manufacturing, integration and testing, launch control, recovery and repair, space communications, scientific data processing, and human and environmental factors in spacecraft and mission design. Papers also are sought which describe the effects of propulsion, guidance and control, thermal management, and structural systems on spacecraft and missile design and performance.

本杂志致力于报道与航天器和战术和战略导弹系统有关的科学技术的进展，包括子系统、应用、任务、环境交互和空间科学。该杂志发表了原始档案文件，披露了航天器和导弹配置、再入装置、跨大气层飞行器、系统和子系统设计和应用、任务设计和分析、应用和计算流体动力学、应用气动热力学、材料和结构开发等方面的重大进展。航天器和导弹应用、空间仪器、空间科学发展、空间加工和制造、空间操作、与航天器和传感器的相互作用、空间传感器和实验的设计以及空间技术在其他领域的应用。该期刊的内容还包括地面支持系统、制造、集成和测试、发射控制、恢复和修复、空间通信、科学数据处理以及航天器和任务设计中的人与环境因素。本文还试图描述推进、制导和控制、热管理和结构系统对航天器和导弹设计和性能的影响。