von Ehrenfried Perseverance and the Mars 2020 Mission

Follow the Science to Jezero Crater
1. Auflage 2022
ISBN: 978-3-030-92118-7
Verlag: Springer International Publishing
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, 258 Seiten, eBook

Reihe: Springer Praxis Books

This is the comprehensive story of NASA’s pioneering Mars 2020 mission, which at this moment continues to break ground on the surface of the Red Planet.

The book takes readers through every stage of the Mars mission, describing its major goals and objectives, the cutting-edge technology and instrumentation onboard the Perseverance rover and other spacecraft components, and the members of the scientific team who steered the mission along the way.

Mars 2020 is the first to actually take samples of the Red Planet and prepare them for subsequent return to Earth. The chapters therefore delve into how and why Jezero Crater was selected as the optimal landing and sample collecting site to meet the mission objectives. Featuring dozens of high-resolution images of the mission, this book gives readers a deeper understanding of the technology underlying Mars 2020 and why its work is so important for planetary science and space exploration.

Zielgruppe

Popular/general

Autoren/Hrsg.

von Ehrenfried, Manfred "Dutch"

Inhaltsverzeichnis

Note: The final Contents will only go to two digits; the three digits shown only serve to help the editor and author keep track of the text.

Frontispiece                 

Dedication                                                                                                    

Acknowledgments    

Foreword                                                                                          

Preface

1 Introduction

2 The Mars 2020 Mission

2.1 Science Goals

                        2.1.1 Goal 1: Determine whether life ever existed on Mars

                        2.1.2 Goal 2: Characterize the Climate of Mars

                        2.1.3 Goal 3: Characterize the Geology of Mars

                        2.1.4 Goal 4: Prepare for Human Exploration

            2.2 Science Objectives

                        2.2.1Geology

                        2.2.2 Astrobiology

                        2.2.3 Sample Caching

                        2.2.4 Prepare for Humans

            2.3 Mission Phases

                        2.3.1. Pre-launch Activities

                        2.3.2 Launch  

                        2.3.3 Cruise   

                        2.3.4 Approach          

                        2.3.5 Entry, Descent and Landing

                        2.3.6 Instrument Checks and First Drive

                        2.3.7 Surface Operations

3 Perseverance’s Design

            3.1 Evolution

                        3.1.1 Curiosity

                        3.1.2 Perseverance

            3.2 Components

                        3.2.1 Body

                        3.2.2 Brains

                        3.2.3 Eyes and other Senses

                        3.2.4 Wheels and Legs

                        3.2.5 Arm and Turret

                        3.2.6 Sample Handling

                        3.2.7 Communications

                        3.2.8 Markings

            3.3 Perseverance Stages and Elements

                        3.3.1 Cruise Stage

                        3.3.2 Descent Stage

                        3.3.3 Backshell

                        3.3.4 Heat Shield

                        3.3.5 Energy Source

            3.4 Instruments

                        3.4.1 Mars Environmental Dynamics Analyzer (MEDA)

                        3.4.2 Mars Oxygen ISRU Experiment (MOXIE)

                        3.4.3 Planetary Instrument for X-ray Lithochemistry (PIXL)

                        3.4.4 Radar Imager for Mars' Subsurface Experiment (RIMFAX)

                        3.4.5 Scanning Habitable Environments with Raman & Luminescence for                                           Organics & Chemicals (SHERLOC)

4 Landing Site

            4.1 Site Selection Criteria

                        4.1.1 The Landing Site Selection Committee

                        4.1.2 Committee Selection Criteria

                        4.1.3 Mars Sample Return Considerations

                        4.1.4 Landing Site Workshops

                        4.1.5 Final Recommendation

            4.2 Jezero Crater

                        4.2.1 Landing Targeting

            4.3 Surface Operations

                        4.3.1 Commissioning

                        4.3.2 Science Phase

5 Early Science Results (to be expanded during the book development)

5.1 Initial Campaign to the South

                        5.1.1 Sample Caching System

                        5.1.2 Sampling Approach

                        5.1.3 First Sample Attempt at Cratered Floor Fractured Rough

                        5.1.4 Assessment

                        5.1.5 Second Attempt in South Séítah

                        5.1.6 Assessment

            5.2 Second Campaign to the Delta Region

                        5.2.1 Three Forks

                        5.2.2 Other sites

            5.3 Subsequent Campaigns

 

6 Ingenuity

            6.1 Objectives

            6.2 Technical Specifications

            6.2 Flight Log

            6.3 Flight Highlights

            6.3 Future Helicopters

7 Mars 2020 Science and Engineering Teams

7.1 NASA Headquarters

                        7.1.1 Associate Administrator

                        7.1.2 Science Mission Directorate

            7.2 Jet Propulsion Laboratory

                        7.2.1 Science Office

                        7.2.2 Engineering Office

                        7.2.3 Flight Systems

                        7.2.4 Surface Development

                        7.2.5 Flight Operations

                        7.2.6 Payload

                        7.2.7 Mission Assurance

                        7.2.8 Business/Administration

8 Mars Sample Return

            8.1 The Overall Plan

            8.2 Sample Retriever Lander

            8.3 ESA’s Sample Fetch Rover

            8.4 Mars Ascent Vehicle

            8.5 Earth Return Orbiter

            8.6 Earth Entry Vehicle

            8.7 Receiving Facility

8.8 Planetary Protection

9 Conclusions

Appendices

1 Mars Exploration Program

2 Planetary Science Decadal Surveys

3 Mission Team and International Partners

4 Timeline

5 Quotes

X (Possibly others)

References

Internet Links and Videos

Glossary and Terminology

About the Author

Index

Über Autor(innen)

Manfred “Dutch” von Ehrenfried worked in the spaceflight, aviation and nuclear fields for about 25 years. He was a member of the original NASA Space Task Group for Project Mercury and was a NASA Flight Controller in the Mission Control Center for many Mercury, Gemini and Apollo Missions. He also worked on some of the Apollo Lunar Experiment Packages. He also worked in the NASA Headquarters Space Station Task Force and the Program Office as a contractor for 10 years.
As the sensor operator on the NASA High Altitude Aircraft, he worked with scientists to determine how best to obtain the data they wanted from their instruments and develop a flight plan to achieve their objectives. The sensors included infrared scanners and spectrometers, radiometers, multispectral cameras, large format cameras and other prototype systems. These flights were from 60,000 to 70,000 feet and required the use of full pressure suits. In conjunction with this work, he was an Apollo Pressure Suit test subject which included tests in the Zero G aircraft, centrifuge, and vacuum chamber. As part of this work, he was the NASA MSC Chief of Science Requirements and Operations Branch. He is currently a Board Member of the Manned Spaceflight Operations Association.