REG NASA-LLIS-1016--1997 Lessons Learned International Space Station (ISS) Program Real-Time Operations Collision Avoidance Maneuvers.pdf

上传人:rimleave225 文档编号:1018661 上传时间:2019-03-21 格式:PDF 页数:2 大小:13.04KB
下载 相关 举报
REG NASA-LLIS-1016--1997 Lessons Learned International Space Station (ISS) Program Real-Time Operations Collision Avoidance Maneuvers.pdf_第1页
第1页 / 共2页
REG NASA-LLIS-1016--1997 Lessons Learned International Space Station (ISS) Program Real-Time Operations Collision Avoidance Maneuvers.pdf_第2页
第2页 / 共2页
亲,该文档总共2页,全部预览完了,如果喜欢就下载吧!
资源描述

1、Lessons Learned Entry: 1016Lesson Info:a71 Lesson Number: 1016a71 Lesson Date: 1997-02-01a71 Submitting Organization: HQa71 Submitted by: David M. LengyelSubject: International Space Station (ISS) Program/Real-Time Operations/Collision Avoidance Maneuvers Description of Driving Event: Collision Avoi

2、dance Maneuvers of the ISS Require Close, Real-Time Cooperation Between NASA and US Space CommandLesson(s) Learned: The collision avoidance and maneuver process for evading meteoroids and orbital debris is complicated and not yet completely worked out for many of the scenarios likely to occur during

3、 the life of the ISS program.Recommendation(s): The collision avoidance and maneuver process must be worked out in detail and documented in interagency memoranda and in agreements among the international partners.Evidence of Recurrence Control Effectiveness: NASA has a history of cooperation with th

4、e U.S. Air Force Space Command (USSPACECOM). Several Memoranda of Agreement (MOAs) are in place with USSPACECOM for Shuttle collision avoidance procedures. The requirements for the ISS are being worked through an established working group. A Debris Avoidance Operations Plan was drafted in 1996. Requ

5、ired international participation is being and has been worked through hardware specifications, international protocol agreements, and the Station Program Implementation Plan. A Flight Mechanics Working Group has been chartered, which includes Russian and NASA participation. This group meets regularl

6、y, and their results are documented in the ISSP Flight Rules Manual.Provided by IHSNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-Documents Related to Lesson: N/AMission Directorate(s): a71 Space Operationsa71 Exploration SystemsAdditional Key Phrase(s): a71 Admin

7、istration/Organizationa71 Aerospace Safety Advisory Panela71 Communication Systemsa71 Computersa71 Emergency Preparednessa71 External Relationsa71 Flight Operationsa71 Policy & Planninga71 Risk Management/Assessmenta71 Safety & Mission Assurancea71 SpacecraftAdditional Info: Approval Info: a71 Approval Date: 2001-11-20a71 Approval Name: Bill Loewya71 Approval Organization: QSa71 Approval Phone Number: 202-358-0528Provided by IHSNot for ResaleNo reproduction or networking permitted without license from IHS-,-,-

展开阅读全文
相关资源
猜你喜欢
  • EN ISO 15748-1-2002 en Ships and marine technology Potable water supply on ships and marine structures Part 1 Planning and design《船舶和航海技术 在船上和海上建筑物上饮用水的供应 第1部分 计划和设计 ISO 15748-1-20.pdf EN ISO 15748-1-2002 en Ships and marine technology Potable water supply on ships and marine structures Part 1 Planning and design《船舶和航海技术 在船上和海上建筑物上饮用水的供应 第1部分 计划和设计 ISO 15748-1-20.pdf
  • EN ISO 15748-2-2002 en Ships and marine technology Potable water supply on ships and marine structures Part 2 Method of calculation《船舶和航海技术 在船上和海上建筑物上饮用水的供应 第2部分 计算方法 ISO 15748-2-2.pdf EN ISO 15748-2-2002 en Ships and marine technology Potable water supply on ships and marine structures Part 2 Method of calculation《船舶和航海技术 在船上和海上建筑物上饮用水的供应 第2部分 计算方法 ISO 15748-2-2.pdf
  • EN ISO 15749-1-2004 en Ships and marine technology - Drainage systems on ships and marine structures - Part 1 Sanitary drainage-system design《船舶和海上技术 船舶和海上结构物的排水系统 第1部分 卫生排水系统设计 IS.pdf EN ISO 15749-1-2004 en Ships and marine technology - Drainage systems on ships and marine structures - Part 1 Sanitary drainage-system design《船舶和海上技术 船舶和海上结构物的排水系统 第1部分 卫生排水系统设计 IS.pdf
  • EN ISO 15749-2-2004 en Ships and marine technology - Drainage systems on ships and marine structures - Part 2 Sanitary drainage drain piping for gravity system《船舶和海上技术 船舶和海上结构物的排水系.pdf EN ISO 15749-2-2004 en Ships and marine technology - Drainage systems on ships and marine structures - Part 2 Sanitary drainage drain piping for gravity system《船舶和海上技术 船舶和海上结构物的排水系.pdf
  • EN ISO 15749-3-2004 en Ships and marine technology - Drainage systems on ships and marine structures - Part 3 Sanitary drainage drain piping for vacuum system《船舶和海上技术 船舶和海上结构物的排水系统.pdf EN ISO 15749-3-2004 en Ships and marine technology - Drainage systems on ships and marine structures - Part 3 Sanitary drainage drain piping for vacuum system《船舶和海上技术 船舶和海上结构物的排水系统.pdf
  • EN ISO 15749-4-2004 en Ships and marine technology Drainage systems on ships and marine structures Part 4 Sanitary drainage sewage disposal pipes《船舶和海上技术 船舶和海上结构物的排水系统 第4部分 卫生排水 污水.pdf EN ISO 15749-4-2004 en Ships and marine technology Drainage systems on ships and marine structures Part 4 Sanitary drainage sewage disposal pipes《船舶和海上技术 船舶和海上结构物的排水系统 第4部分 卫生排水 污水.pdf
  • EN ISO 15749-5-2004 en Ships and marine technology - Drainage systems on ships and marine structures - Part 5 Drainage of decks cargo spaces and swimming pools《船舶和海上技术 船舶和海上结构物的排水系.pdf EN ISO 15749-5-2004 en Ships and marine technology - Drainage systems on ships and marine structures - Part 5 Drainage of decks cargo spaces and swimming pools《船舶和海上技术 船舶和海上结构物的排水系.pdf
  • EN ISO 15750-1-2008 en Packaging - Steel drums - Part 1 Removable head (open head) drums with a minimum total capacity of 208 l 210 l and 216 5 l《包装 钢制鼓形桶 最小总容量为208L 210L和216 5L的可拆.pdf EN ISO 15750-1-2008 en Packaging - Steel drums - Part 1 Removable head (open head) drums with a minimum total capacity of 208 l 210 l and 216 5 l《包装 钢制鼓形桶 最小总容量为208L 210L和216 5L的可拆.pdf
  • EN ISO 15750-2-2008 en Packaging - Steel drums - Part 2 Non-removable head (tight head) drums with a minimum total capacity of 212 l 216 5 l and 230 l《包装 钢制鼓形桶 最小总容量为121L 216 5L和23.pdf EN ISO 15750-2-2008 en Packaging - Steel drums - Part 2 Non-removable head (tight head) drums with a minimum total capacity of 212 l 216 5 l and 230 l《包装 钢制鼓形桶 最小总容量为121L 216 5L和23.pdf
  • 相关搜索

    当前位置:首页 > 标准规范 > 国际标准 > 其他

    copyright@ 2008-2019 麦多课文库(www.mydoc123.com)网站版权所有
    备案/许可证编号:苏ICP备17064731号-1