ISO 16694:2015
航天系统.液体火箭发动机发射台和飞行试验的测量参数

Space systems - The measured parameters at firing bench and flight tests of liquid rocket engines


哪些标准引用了ISO 16694:2015

 

找不到引用ISO 16694:2015 航天系统.液体火箭发动机发射台和飞行试验的测量参数 的标准

ISO 16694:2015

标准号
ISO 16694:2015
发布
2015年
发布单位
国际标准化组织
当前最新
ISO 16694:2015
 
 
引用标准
ISO 15864:2004 ISO 15865:2005 ISO 24917:2010
适用范围
This International Standard applies to all types of liquid rocket engines for expendable launch systems and satellites: a) Combustible fuel (including cryogenic); c) Low-thrust engines, one component (mono-propellant) and two-component (bi-propellant). b) Large-thrust, multiple component engines, with and without afterburning; This International Standard establishes a list of parameters to be measured and registered with the firing stand and flight tests of serial LRE. The order of preparation and carrying out of stand and flight tests, methods of processing, and analysis of tests results of liquid rocket engines, also measurement accuracy requirements are not regulated by this International Standard. Measurement accuracy requirements are established by engine designer. Parameters listed in this International Standard characterize performance attributes of liquid rocket engines and are used for evaluating of technical state of engines (operative, inoperative), if they correspond to the requirements specified and possibilities of putting them into operation. There are parameters specified in this International Standard, obligatory for registration and optional ones. The manufacturer of liquid rocket engines can determine additional list of parameters for specific items taking into account their design and diagrammatical features. The meaning “optional parameter” denotes (in cases when a proper unit or a component can be the part of an engine) that according to the manufacturer’s decision, measurements are allowed not to be made. Measurement of parameters at firing stand and flight tests of liquid rocket engines is be made by means of the same sensors if possible.

推荐

中国首次成功发射回收固液混合发动机探空火箭

我国首次将以固液混合火箭发动机为动力探空火箭成功进行发射回收。来自北京航空航天大学消息证实,12月5日下午,在酒泉卫星发射中心,由该校宇航学院15位大学生设计研制“北航二号”固液混合火箭发动机探空火箭飞行试验取得成功。 该校宇航学院常务副院长蔡国飙用8个字来形容这次试验成果:国内首创,国际水平。...

2016年世界运载火箭发展综述

其首个验证机由低成本火箭缩比第一级组成,于2015年12月在澳大利亚布里斯班进行了首次试飞,2016年进行了飞行包线扩展试验。更大尺寸助推器将由液体燃料火箭发动机驱动,配备旋转倾斜翼,可飞回并进行回收。在一堆背靠背助推器顶部,安装着由火箭发动机或超燃冲压发动机驱动第二级火箭发动机驱动上面级,用于将小卫星送入轨道。...

【军事文摘】“猎鹰”9号首次回收功亏一篑 可重复使用火箭初见端倪

然后以此为基础,花较少费用时间就能研制出载人型“龙”飞船。为了确保“龙”飞船能快速从货运舱转换成乘员舱,除了乘员逃逸系统、生命保障系统允许乘员利用飞行计算机控制船载控制系统外,载货型“龙”飞船货舱载人型“龙”飞船乘员舱在结构上几乎是相同。另外,未来“龙”飞船另一大特点是不像目前飞船只能使用1次,而是可重复使用10次。...





Copyright ©2007-2022 ANTPEDIA, All Rights Reserved
京ICP备07018254号 京公网安备1101085018 电信与信息服务业务经营许可证:京ICP证110310号