Aeronautical and astronautical scientific and technical documentation application of space techniques relating to aviation 航空航天科学技术文献空间技术应用于航空
Low Cost Manufacturing Technology of Resin Matrix Composites for Aeronautical Application 航空级树脂基复合材料的低成本制造技术
Calculation of Radio Interference from HV AC Transmission Line to Aeronautical Radionavigation Stations application of space techniques relating to aviation 特高压交流输电线路与航空中波导航台间防护距离计算空间技术应用于航空
A new switched reluctance starter/ generator ( SR S/ G) system is developed for aeronautical application, because of it has ability to operate under fault conditions, suitability for operation in harsh environments, and high power density. 由于开关磁阻起动/发电系统结构简单、坚固、成本低,具有高容错运行能力、较高的能量密度和高速运行能力等特性,使得其被发展应用于航空领域。
This model realizes the unified information coding structure in the aeronautical manufacturing enterprise and the separation management of the information coding system and application system. 该模型最终实现了航空制造企业各类信息编码结构形式的统一,实现了信息编码系统和应用系统的分离管理。
Based on application states of equipment in industrial production, a new Aeronautical Industry Standard-Overall Application Effectiveness and Evaluating of NC Equipment was put forward. 基于设备在工业生产活动中实际应用状态,提出了设备综合应用效率与测评(OAEE)航空行业新标准。
Cylindrical composite sandwich shells are the important structures in aeronautical and astronautical industry. The theory, especially nonlinear theory, of then is still required to be further developed so as to meet the demand of engineering application. 复合材料夹层壳是航空航天领域中重要的结构,但它的理论特别是非线性理论还需要进一步发展,才能满足工程应用的要求。
At present, the prototype of the system has been applied to a certain aeronautical institute and efficiently improved application of heterogeneous knowledge. 目前,其原型系统已在某航空研究所得到初步应用,有效促进了异构知识的应用。
The development of aeronautical high tensile structural steels and stainless steels, and new achievements of research on 300M and its application are mainly introduced in China. 重点介绍我国航空高强度结构钢、不锈钢的发展,以及300M钢及其应用研究中取得的新成果。
Fretting wear is a surface degradation process invariably observed when two contacting bodies are subjected to small amplitude oscillatory movements, which has been one of main causes leading to tight fit assembly failures in aeronautical application, nuclear powder, railway industries and so on. 微动磨损是一种表面破坏过程,在小位移幅值(微米量级)震动的两接触表面几乎都可以观察到;已成为核电、航空、铁路等工业领域中紧配合部件失效的主要原因之一。