Mars : the NASA mission reports /
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| Imprint: | Burlington, Ont. : Apogee Books, c2000. |
|---|---|
| Description: | 424 p., [16] p. of plates : ill. (some col.) ; 26 cm. + 1 computer optical disc (4 3/4 in.). |
| Language: | English |
| Subject: | |
| Format: | Print Book |
| URL for this record: | http://pi.lib.uchicago.edu/1001/cat/bib/4355007 |
Table of Contents:
- Mariner 4 Press Kit
- General News Release
- Mariner Mars 64 Technical Backgroundp15
- Mariner Description
- Power
- Communications
- Midcourse Motor
- Attitude Control
- Central Computer and Sequencer
- Temperature Control
- Scientific Experiments
- Data Automation System
- Television
- Occultation Experiment
- Solar Plasma Probe
- Ionization Chamber Experiment
- Trapped Radiation Detector
- Helium Vector Magnetometer
- Cosmic Ray Telescope (CRT)
- Cosmic Dust Detector
- Launch Vehicle
- Launch Vehicle Statistics
- Countdown Milestones
- The Mission
- Atlas-Agena Separation
- Coast Period
- First Spacecraft Events
- Sun-Canopus Acquisition
- Midcourse Maneuver
- Encounter
- Trajectory
- Deep Space Network
- Mariner Project Team
- Contractors
- Subcontractors
- Mariner 4 Pictures
- Mariner '69 (6 and 7) Press Kit
- Note to Editors
- Mariner 6 and 7 Nearing Mars
- Far Encounter TV Live from Mars
- Near Encounter
- Post Encounter playback
- Mariner 6. Mariner 7 Mars Encounter Log
- Mars as Viewed by Mariner Cameras in Far Encounter
- Mariner '69 Results
- Mariner Mars 1969 Science Experiments
- Preliminary Science Results
- Television
- Ultra Violet Spectrometer
- Infrared Spectrometer
- Infrared Radiometer
- S-Band Occultation
- Celestial Mechanics
- Mariners Six and Seven Mission Report
- General Release
- Chaotic Terrain
- Surface Photography
- Widespread Cratering
- Polar Caps
- Temperature and Pressure
- Martian Atmosphere
- Intense Radiation
- Mission Profile
- Mariner 71 Press Kit
- General Release
- Mission Capsule
- Mariner Planetary Missions
- Mariner Aiming Zones
- Missions
- Mariner H Mapping Mission A
- Mariner I Variable Features Mission B
- Mariner Spacecraft
- Data Automation Subsystem
- Attitude Control
- Propulsion
- Central Computer and Sequencer
- Communications
- Power
- Temperature Control
- Scan Platform
- Scientific Experiments
- Television
- Infrared Radiometer (IRR)
- Ultraviolet Spectrometer
- Infrared Interferometer Spectrometer (IRIS)
- S-Band Occultation Experiment
- Celestial Mechanics
- Mariner Mars 1971 Science Experiments and Investigators
- Atlas-Centaur Launchvehicle
- Launch Vehicle Characteristics
- Atlas-Centaur Flight Sequence - AC-23
- Atlas-Centaur Flight Sequence - AC-24
- Flight Sequence
- Launch Operations
- Tracking and Data System and Mission Operations
- Mission Operations
- Mariner Mars '71 Team
- Mariner Mars '71 Subcontractors
- Mariner 9 Post Launch Reports
- Mission Objectives
- Mission Assessment
- Extended Mission Assessment
- Viking '75 Report (Nasa Ed Release #502)
- Mission Profile
- Mission Sequence
- Orbiter
- Lander and Science
- Launch and Flight Data Tracking
- Viking Press Kit
- General Release
- Scientific Goals
- Science Investigation
- Orbiter Imaging
- Water Vapor Mapping
- Thermal Mapping
- Entry Science
- Upper Atmosphere
- Lower Atmosphere
- Lander Imaging
- Biology
- Pyrolytic Release
- Labeled Release
- Gas Exchange
- Molecular Analysis
- Inorganic Chemistry
- Meteorology
- Seismology
- Physical Properties
- Magnetic Properties
- Radio Science
- Viking Scientists
- Mission Description
- Launch Phase
- Cruise Phase
- Orbital Phase
- Landing Sites
- Entry Phase
- Landed Phase
- End Of Mission
- Viking Orbiter
- Orbiter Design
- Structure
- Guidance and Control
- Communications
- Data Storage
- Viking Lander
- Lander Body
- Bioshield Cap and Base
- Aeroshell
- Base Cover and Parachute system
- Lander Subsystems
- Descent Engines
- Communication Equipment
- Landing Radars
- Guidance and Control
- Power Sources
- Data Storage
- Launch Vehicle
- Titan III-E
- Centaur D-IT
- Centaur Standard Shroud
- Titan Centaur Flight Sequence
- Titan Phase
- Centaur Phase
- Launch Window
- Viking A Launch Vehicle Characteristics
- Typical Flight Events
- Launch Facilities
- Hardware Assembly
- Spacecraft Preparation
- Countdown
- Mission Control and Computing Center
- Image Processing Laboratory
- Tracking and Data Storage
- Viking Post Launch Mo
- Launch Major Events
- Viking Facts Summary
- Mission Design
- Viking Orbiters
- Viking Landers
- Science Experiments
- Other Significant Discoveries
- Viking Team
- Mars Observer Press Kit
- Orbit Insertion Maneuvers
- Science Objectives
- Mission Design
- Spacecraft Science Instruments
- Gamma Ray Spectrometer
- Mars Observer Camera
- Thermal Emission Spectrometer
- Pressure Modulator Infrared Radiometer
- Mars Observer Laser Altimeter
- Radio Science
- Magnetometer and Electron Reflectometer
- Mars Relay Experiment
- Spacecraft System
- Mapping Cycle
- Spacecraft Statistics
- Science Operations
- Some Salient Facts About Mars Observer
- Mars Observer Investigators
- Interdisciplinary Scientists
- Mars Observer Post Launch Mo
- Summary
- Discussion
- References
- Cruise Configuration
- Inner Cruise Timeline
- Outer Cruise Timeline
- Significant MO Mission Events
- Launch
- Mars Observer Investigation Report
- Mars Pathfinder Press Kit
- General Release
- Media Services Information
- Quick Facts
- Mars at a Glance
- Historical Mars Missions
- Mission Timeline
- Why Mars?
- The Multi-Year Mars Program
- Mission Overview
- Spacecraft
- Science Objectives
- What's Next
- Program/Project Management
- Mars Pathfinder Post Launch Mo
- Mars Global Surveyor Press Kit
- General Release
- Media Services Information
- Quick Facts
- Mars at a Glance
- Historical Mars Missions
- Mission Overview
- Spacecraft
- Science Objectives
- Program/Project Management
- Mars Global Surveyor Project Mission Plan
- 1.0. Overview
- 1.1. Scope
- 1.2. Relationship to Other Documents
- 1.3. Update History
- 1.4. Acknowledgments
- 1.5. Questions or Comments?
- 2.0. Mission Background
- 2.1. Mission Synopsis
- 2.2. Mission Phases
- 2.3. Spacecraft Description
- 2.4. Spacecraft Operating Configurations
- 2.5. Science Payload
- 2.6. DSN Utilization
- 3.0. Launch Phase
- 3.1. Brief Launch Vehicle Description
- 3.2. Pre-Launch Activity Overview
- 3.3. Launch Strategy
- 3.4. Boost Profile and Injection
- 3.5. Launch Targets
- 4.0. Cruise Phase
- 4.1. Initial Deployment and Acquisition
- 4.2. Trajectory Correction Maneuvers
- 4.3. Inner Cruise Activities
- 4.4. Outer Cruise Activities
- 5.0. Orbit Insertion Phase
- 5.1. Mars Orbit Insertion
- 5.2. Capture Orbit Activities
- 5.3. Aerobraking
- 5.4. Transfer to Mapping
- 6.0. Mapping Phase
- 6.1. Mapping Orbit Design
- 6.2. Spacecraft Configuration
- 6.3. Data Collection Strategy
- Appendix A. Data Rate Modes
- Appendix B. Payload Data Sheet
- Appendix C. Compliance With Project Requirements
- Appendix D. Mass and Delta V Budget Details
- Appendix E. Aerobraking Design Data
- Mgs Imaging Press Release May 2000
- Mars Climate Orbiter Arrival Press Kit
- General Release
- Media Services Information
- Quick Facts
- Mars at a Glance
- Historical Mars Missions
- Mars, Water and Life
- Where to Next?
- Mission Overview
- Arrival Events
- Spacecraft
- Science Objectives
- Program/Project Management
- Mars Climate Orbiter Mission Status
- Mars Polar Lander/Deep Space 2 Press Kit
- General Release
- Media Services Information
- Quick Facts
- Mars at a Glance
- Historical Mars Missions
- Mars, Water and Life
- NASA Programs
- Mars Pathfinder Science Highlights
- Mars Global Surveyor Science Highlights
- Where to Next?
- Mars Polar Lander
- Mission Overview
- Spacecraft
- Science Objectives
- Deep Space 2
- Mission Overview
- Technologies
- Science Objectives
- Program/Project Management
- Mars Polar Lander/Deep Space 2 Reports
- Proposed Future Missions
- Manned Mars Landing
