OSIRIS-REx Mission records, 2012-2021
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OSIRIS-REx Mission records, 2012-2021
MS 698 Creator:
OSIRIS-REx Asteroid Sample Return Mission
Collection Name: OSIRIS-REx Mission records,
Inclusive Dates: 2012-2021 Physical Description:
6 Linear Feet, 1.4 Gigabytes
Abstract: Records of the OSIRIS-REx Asteroid Sample Return Mission. A
NASA mission led by Primary Investigator Dante Lauretta of the University of Arizona
Lunar and Planetary Laboratory in collaboration with Goddard Space Flight Center and
Lockheed Martin. This is primarily a born-digital collection with online access through
the University of Arizona Libraries Campus Repository. Included in the collection are
mission notes and summaries from the OSIRIS-REx Mission Information Wiki page,
documentation from the Science Implentation Plan, the Science Team Wiki, Asteroid
Feature Naming Proposals, and additional project planning documents. There is also a
small collection of physical promotional materials and memorabilia. The collection is
currently ongoing. Collection Number: MS 698 Language: Materials are in English. Repository:
University of Arizona Libraries, Special Collections
University of Arizona
PO Box 210055
Tucson, AZ 85721-0055
Phone: 520-621-6423
Fax: 520-621-9733
URL: http://speccoll.library.arizona.edu/
E-Mail: LBRY-askspcoll@email.arizona.edu
Historical NoteOSIRIS-REx (Origins, Spectral Interpretation, Resource Identification, Security,
Regolith Explorer) is the National Aeronautical and Space Administration's first
asteroid sample return mission. OSIRIS-REx seeks answers to the questions that are
central to the human experience: Where did we come from? What is our destiny? Asteroids,
the leftover debris from the solar system formation process, can answer these questions
and teach us about the history of the sun and planets. The OSIRIS-REx spacecraft is
traveling to Bennu, a carbonaceous asteroid whose regolith may record the earliest
history of our solar system. Bennu may contain the molecular precursors to the origin of
life and the Earth's oceans. Bennu is also one of the most potentially hazardous
asteroids, as it has a relatively high probability of impacting the Earth late in the
22nd century. OSIRIS-REx will determine Bennu's physical and chemical properties, which
will be critical to know in the event of an impact mitigation mission. Finally,
asteroids like Bennu contain natural resources such as water, organics, and precious
metals. In the future, these asteroids may one day fuel the exploration of the solar
system by robotic and manned spacecraft.
NASA's Goddard Space Flight Center in Greenbelt, Maryland, provides overall mission
management, systems engineering and safety and mission assurance for OSIRIS-REx. Dante
Lauretta is the mission's principal investigator at the University of Arizona. Lockheed
Martin Space Systems in Denver is building the spacecraft. OSIRIS-REx is the third
mission in NASA's New Frontiers Program. NASA's Marshall Space Flight Center in
Huntsville, Alabama, manages New Frontiers for the agency's Science Mission Directorate
in Washington. Dante Lauretta of the University of Arizona, Tucson, is the principal
investigator for OSIRIS-REx, and the University of Arizona also leads the science team
and the mission's science observation planning and data processing. OSIRIS-REx is the
National Aeronautical and Space Administrations' first asteroid sample return mission
operated by the University of Arizona Lunar and Planetary Laboratory.
Biographical NoteDante Lauretta is the principal investigator of the OSIRIS-Rex mission. He is a
Professor of planetary science and cosmochemistry at the University of Arizona in the
Lunar and Planetary Laboratory. He graduated with a B.S. in Physics and Mathematics and
a B.A. in Oriental Studies with a focus in Japanese from the University of Arizona in
1993 and a Ph.D. in Earth and Planetary Sciences from Washington University in St. Louis
in 1997. He began working at the University of Arizona in 2001. He is an expert in
near-Earth asteroid formation and evolution and his main research focus is the formation
and alteration of minerals in the solar nebula and on meteorite parent asteroids. He is
also working on the application of inductively coupled plasma-mass spectrometry to
geologic studies.
Scope and Content NoteThe OSIRIS-REx Mission records contain supplemental documents, project management
reports, images and other items to better contextualize and support mission publications
and data that is being deposited to the planetary data system. It is a born-digital
collection with online access threw the University of Arizona Libraries Campus
Repository. Series 1 contains mission information stored in a MediaWiki includes Science
Objective Summaries, Instrument Operations Overviews, Downlink Schedules, Science Weekly
Debriefs and Daily Downlink Tagup presentations. Organized chronologically by mission
phase and then by week and day of year. Series II contains information regarding the
Science Implementation Plan. The Science Implementation Plan details the objectives of
the OSIRIS-REx asteroid return mission and contains documents concerning the instrument
capabilities, objectives. implementation requirements and data product descriptions.
Also included is a list of glossary terms, acronyms and publications related to the
mission along with a list of science team organization members. This wiki is organized
by list of mission objectives. Series III contains documents and tables from the Science
Team Wiki. The Science Team wiki was used to host documents, tables, photos and videos
created by the Science Team over the course of the mission. This includes conference
presentations, science data tables, images and models. This series is organized
alphabetically. Series IV contains Asteroid Features Nomenclature Proposals used for
naming features on the asteroid Bennu. Series V contains physical memorabilia and
ephemera related to the OSIRIS-REx Asteroid Return Mission. This includes enamel pins,
buttons, stickers, and patches given out to team members as well as the general public
in celebration of specific events during the mission. It also includes 3D models of the
OSIRIS-REx spacecraft and the asteroid Bennu. Branded shirts, mugs, cups, stress balls,
masks are also included. Series VI contains links to archived copies of social media
accounts and websites linked to the OSIRIS-REx mission. This includes the Twitter,
Instagram, and Facebook pages. As well as the main mission website and the blog of
primary investigation Dante Lauretta. Series VII contains additional project planning
documents and materials.
Organization This collection is organized into 7 series.Restrictions
There are no restrictions on this collection.
Copyright
It is the responsibility of the user to obtain permission to publish from theowner of
the copyright (the institution, the creator of the record, the author or his/her
transferees, heirs, legates, or literary executors). The user agrees to indemnify and
hold harmless the Arizona Board of Regents for the University of Arizona, its officers,
employees, and agents from and against all claims made by any person asserting that he
or she is an owner of copyright.
Access TermsPersonal Name(s) Enos, Heather
Lauretta, Dante
Corporate Name(s) Goddard Space Flight Center
Harvard University
Lockheed Martin
Massachusetts Institute of Technology
United States. National Aeronautics and Space
Administration
University of Arizona
University of Arizona. Lunar and Planetary Laboratory
Geographic Name(s) Outer space -- Exploration
Subject(s) Asteroids
Asteroids -- Research
Astronautics
Near-Earth objects
Outer space
Planetary Science
Solar System -- Formation
Space
Space Vehicles
Credit Line
OSIRIS-Rex Mission records (MS 698). Special Collections, University of Arizona
Libraries
Processing History
Processed by Elizabeth Wheeler in 2019.
Container List Series I: OSIRIS-REx Mission Information, 2018-2021 Scope and Contents Note Series I contains mission information stored in a MediaWiki includes Science
Objective Summaries, Instrument Operations Overviews, Downlink Schedules, Science
Weekly Debriefs and Daily Downlink Tagup presentations. Organized chronologically
by mission phase and then by week and day of year. Sub-Series 1: L+22 Days Checkout and Calibration Campaign, July 7th-22nd
2018 Week 28, July 9th-15th
2018 Week 28 (7/9/18-7/15/18), L+22 Checkout and Calibration Campaign Week 29, July 16th-22nd
2018 Week 29 (7/16/18-7/22/18), L+22 Checkout and Calibration Campaign Sub-Series 2: Approach Phase Part 1 and Part 2, August 13th-December 2nd
2018 Strategic Phase Kickoff Part 1, Strategic Phase Kickoff, Approach Phase Part 1 Science Data Production Part 1, Science Data Production, Approach Phase Part 1 Week 33, August 13th-19th
2018 Week 33 (8/13/18-8/19/18), Approach Phase Part 1 Week 34, August 20th-26th
2018 Week 34 (8/20/18-8/26/18), Approach Phase Part 1 Week 35, August 27th-September
2nd 2018 Week 35 (8/27/18-9/2/18), Approach Phase Part 1 Week 36, September 3rd-9th
2018 Week 36 (9/3/18-9/9/18), Approach Phase Part 1 Week 37, September 10th-16th
2018 Week 37 (9/10/18-9/16/18), Approach Phase Part 1 Week 38, September 17th-23rd
2018 Week 38 (9/17/18-9/23/18), Approach Phase Part 1 Week 39, September 24th-30th
2018 Week 39 (9/24/18-9/30/18), Approach Phase Part 1 Strategic Phase Kickoff Part 2, Science Data Production, Approach Phase Part 2 Science Data Production Part 2, Strategic Phase Kickoff, Approach Phase Part 2 Week 40, October 1st-7th
2018 Week 40 (10/1/18-10/7/18), Approach Phase 2 Week 41, October 8th-14th
2018 Week 41 (10/8/18-10/14/18), Approach Phase 2 Week 42, October 15th-21st
2018 Week 42 (10/15/18-10/21/18), Approach Phase 2 Week 43, October 22nd-28th
2018 Week 43 (10/22/18-10/28/18), Approach Phase Part 2 Week 44, October 29th-November
4th 2018 Week 44 (10/29/18-11/4/18), Approach Phase Part 2 Week 45, November 5th-11th
2018 Week 45 (11/5/18-11/11/18) Approach Phase Part 2 Week 46, November 12th-18th
2018 Week 46 (11/12/18-11/18/18), Approach Phase Part 2 Week 47, November 19th-25th
2018 Week 47 (11/19/18-11/25/18), Approach Phase Part 2 Week 48, November
26th-December 2nd 2018 Week 48 (11/26/18-12/2/18), Approach Phase Part 2 Sub-Series 3: Preliminary Survey, December 3rd-30th
2018 Strategic Phase Kickoff, Strategic Phase Kickoff, Preliminary Survey Science Data Production, Science Data Production, Preliminary Survey Week 49, December 3rd-9th
2018 Week 49 (12/3/18-12/9/18), Preliminary Survey Week 50, December 10th-16th
2018 Week 50 (12/10/18-12/16/18), Preliminary Survey Week 51, December 17th-23rd
2018 Week 51 (12/17/18-12/23/18), Preliminary Survey Week 52, December 24th-30th
2018 Week 52 (12/24/18-12/30/18), Preliminary Survey Sub-Series 4: Orbital A, December 31st
2018-February 21st 2019 Science Data Production, Science Data Production, Orbital A Week 1, December 31st
2018-January 6th 2019 Week 1 (12/31/18-1/6/19), Orbital A Week 2, January 7th-13th
2019 Week 2 (1/7/18-1/13/19), Orbital A Week 3, January 14th-20th
2019 Week 3 (1/14/18-1/20/19), Orbital A Week 4, January 21st-27th
2019 Week 4 (1/21/18-1/27/19), Orbital A Week 5, January 28th-February
3rd 2019 Week 5 (1/28/18-2/3/19), Orbital A Week 6, February 4th-10th
2019 Week 6 (2/4/18-2/10/19), Orbital A Week 7, February 11th-17th
2019 Week 7 (2/11/18-2/17/19), Orbital A Week 8, Part 1, February 18th-21st
2019 Week 8, Part 1 (2/18/18-2/21/19), Orbital A Sub-Series 5: Detailed Survey, February 22nd-June 7th
2019 Science Data Production, Science Data Production, Detailed Survey Week 8, Part 2, February 22nd-24th
2019 Week 8, Part 2 (2/22/19 - 2/24/19), Detailed Survey Week 9, February 25th-March
3rd 2019 Week 9 (2/25/19 - 3/3/19), Detailed Survey Week 10, March 4th-10th
2019 Week 10 (3/4/19 - 3/10/19), Detailed Survey Week 11, March 11th-17th
2019 Week 11 (3/11/19 - 3/17/19), Detailed Survey Week 12, March 18th-24th
2019 Week 12 (3/18/19 - 3/24/19), Detailed Survey Week 13, March 25th-31st
2019 Week 13 (3/25/19 - 3/31/19), Detailed Survey Week 14, April 1st-7th
2019 Week 14 (4/1/19 - 4/7/19), Detailed Survey Week 15, April 8th-14th
2019 Week 15 (4/8/19 - 4/14/19), Detailed Survey Week 16, April 15th - 21st
2019 Week 16 (4/15/19 - 4/21/19), Detailed Survey Week 17, Part 1, April 22nd-23rd
2019 Week 17, Part 1 (4/22/19 - 4/24/19), Detailed Survey Science Data Production, Detailed Survey: Equatorial, Science Data Production, Detailed Survey: Equatorial Week 17, Part 2, April 24th-28th
2019 Week 17, Part 2 (4/24/19-4/28/19), Detailed Survey: Equatorial Week 18, April 29th-May 5th
2019 Week 18 (4/29/19-5/5/19), Detailed Survey: Equatorial Week 19, May 6th-12th
2019 Week 19 (5/6/19-5/12/19), Detailed Survey: Equatorial Week 20, May 13th-19th
2019 Week 20 (5/13/19-5/19/19), Detailed Survey: Equatorial Week 21, May 20th-26th
2019 Week 21 (5/20/19-5/26/19), Detailed Survey: Equatorial Week 22, May 27th-June 2nd
2019 Week 22 (5/27/19-6/2/19), Detailed Survey: Equatorial Week 23 Part 1, June 3rd-7th
2019 Week 23, Part 1 (6/3/19-6/7/19), Detailed Survey: Equatorial Sub-Series 6: Orbital B, June 8th-August 4th
2019 Science Data Production, Orbital B, Science Data Production, Orbital B Week 23, Part 2, June 8th-9th
2019 Week 23, Part 2 (6/8/19-6/9/19), Orbital B Week 24, June 10th-16th
2019 Week 24 (6/10/19-6/16/19), Orbital B Week 25, June 17th-23rd
2019 Week 25 (6/17/19-6/23/19), Orbital B Week 26, June 24th-30th
2019 Week 26 (6/24/19-6/30/19), Orbital B Week 27, July 1st-7th
2019 Week 27 (7/1/19-7/7/19), Orbital B Week 28, July 8th-14th
2019 Week 28 (7/8/19-7/14/19), Orbital B Week 29, July 15th-21st
2019 Week 29 (7/15/19-7/21/19), Orbital B Week 30, July 22nd-28th
2019 Week 30 (7/22/19-7/28/19), Orbital B Week 31, July 29th-August 4th
2019 Week 31 (7/29/19-8/4/19), Orbital B Sub-Series 7: Orbital C, August 5th-September 8th
2019 Science Data Production, Orbital C, Science Data Production, Orbital C Week 32, August 5th-11th
2019 Week 32 (8/5/19-8/11/19), Orbital C Week 33, August 12th-18th
2019 Week 33 (8/12/19-8/18/19), Orbital C Week 34, August 19th-25th
2019 Week 34 (8/19/19-8/25/19), Orbital C Week 35, August 26th-September
1st 2019 Week 35 (8/26/19-9/1/19), Orbital C Week 36, September 2nd-8th
2019 Week 36 (9/2/19-9/8/19), Orbital C Sub-Series 8: Reconnaissance A, September 9th-October
27th 2019 Science Data Production, Science Data Production, Reconnaissance A Week 37, September 9th-15th
2019 Week 37 (9/9/19-09/15/19), Reconnaissance A Week 38, September 16th-22nd
2019 Week 38 (9/16/19-9/22/19), Reconnaissance A Week 39, September 23rd-29th
2019 Week 39 (9/23/19-9/29/19), Reconnaissance A Week 40, September
30th-October 6th 2019 Week 40 (9/30/19-10/6/19), Reconnaissance A Week 41, October 7th-13th
2019 Week 41 (10/7/19-10/13/19), Reconnaissance A Week 42, October 14th-20th
2019 Week 42 (10/14/19-10/20/19), Reconnaissance A Week 43, October 21st-27th
2019 Week 43 (10/21/19-10/27/19), Reconnaissance A Sub-Series 9: Orbital R, October 28th
2019-January 5th 2020 Week 44, October 28th-November
3rd 2019 Week 44 (10/28/19-11/3/19), Orbital R Week 45, November 4th-10th
2019 Week 45 (11/4/19-11/10/19), Orbital R Week 46, November 11th-17th
2019 Week 46 (11/11/19-11/17/19), Orbital R Week 47, November 18th-24th
2019 Week 47 (11/18/19-11/24/19), Orbital R Week 48, November
25th-December 1st 2019 Week 48 (11/25/19-12/1/19), Orbital R Week 49, December 2nd-8th
2019 Week 49 (12/2/19-12/8/19), Orbital R Week 50, December 9th-15th
2019 Week 50 (12/9/19-12/15/19), Orbital R Week 51, December 16th-22nd
2019 Week 51 (12/16/19-12/22/19), Orbital R Week 52, December 23rd-29th
2019 Week 52 (12/23/19-12/29/19), Orbital R Week 1, December 30th
2019-January 5th 2020 Week 1 (12/30/19-1/5/20), Orbital R Sub-Series 10: Reconnaissance B, January 6th - February
16th 2020 Week 2, January 6th - 12th
2020 Week 2 (1/6/20-1/12/20), Reconnaissance B Week 3, January 13th - 19th
2020 Week 3 (1/13/20-1/19/20), Reconnaissance B Week 4, January 20th - 26th
2020 Week 4 (1/20/20-1/26/20), Reconnaissance B Week 5, January 27th -
February 2nd 2020 Week 5 (1/27/20-2/2/20), Reconnaissance B Week 6, February 3rd - 9th
2020 Week 6 (2/3/20-2/9/20), Reconnaissance B Week 7, February 10th-16th
202 Week 7 (2/10/20-2/16/20), Reconnaissance B Sub-Series 11: Reconnaissance C, February 17th - March
29th 2020 Week 8, February 17th - 23rd
2020 Week 8 (2/17/20-2/23/20), Reconnaissance C Week 9, February 24th - March
1st 2020 Week 9 (2/24/20-3/1/20), Reconnaissance C Week 10, March 2nd - 8th
2020 Week 10 (3/2/20-3/8/20), Reconnaissance C Week 11, March 9th - 15th
2020 Week 11 (3/9/20-3/15/20), Reconnaissance C Week 12, March 16th - 22nd
2020 Week 12 (3/16/20-3/22/20), Reconnaissance C Week 13, March 23rd - 29th
2020 Week 13 (3/23/20-3/29/20), Reconnaissance C Sub-Series 12: Sample Collection, March 30th-November 8th
2020 Checkpoint Rehearsal, Sample Collection, Checkpoint Rehearsal Checkpoint Rehearsal: Week 14, March 30th-April 5th
2020 Week 14 (3/30/20-4/05/20), Checkpoint Rehearsal Checkpoint Rehearsal: Week 15, April 6th-12th
2020 Week 15 (4/06/20-4/12/20), Checkpoint Rehearsal Checkpoint Rehearsal: Week 16, April 13th-19th
2020 Week 16 (4/13/20-4/19/20), Checkpoint Rehearsal Checkpoint Rehearsal: Week 17, April 20th-26th
2020 Week 17 (4/20/20-4/26/20), Checkpoint Rehearsal Checkpoint Rehearsal: Week 18, April 27th-May 3rd
2020 Week 18 (4/27/20-5/03/20), Checkpoint Rehearsal Checkpoint Rehearsal: Week 19, May 4th-10th
2020 Week 19 (5/23/20-5/10/20), Checkpoint Rehearsal Checkpoint Rehearsal: Week 20, May 11th-17th
2020 Week 20 (5/11/20-5/17/20), Checkpoint Rehearsal Checkpoint Rehearsal: Week 21, May 18th-24th
2020 Week 21 (5/18/20-5/24/20), Checkpoint Rehearsal Checkpoint Rehearsal: Week 22, May 25th-31st
2020 Week 22 (5/25/20-5/31/20), Checkpoint Rehearsal Episode XIII - The Droid Resurrection: Week 23, June 1st-7th
2020 Week 23 (6/01/20-6/07/20), Episode XIII - The Droid Resurrection Episode XIII - The Droid Resurrection: Week 24, June 8th-14th
2020 Week 24 (6/08/20-6/14/20), Episode XIII - The Droid Resurrection Episode XIII - The Droid Resurrection: Week 25, June 15th-21st
2020 Week 25 (6/15/20-6/21/20), Episode XIII - The Droid Resurrection Episode XIII - The Droid Resurrection: Week 26 - Spacecraft
Reboot, June 22nd-28th
2020 Week 26 (6/22/20-6/28/20), Episode XIII - The Droid Resurrection: Spacecraft Reboot Episode XIII - The Droid Resurrection: Week 27, June 29th-July 5th
2020 Week 27 (6/29/20-7/05/20), Episode XIII - The Droid Resurrection Episode XIII - The Droid Resurrection: Week 28, July 6th-July 12th
2020 Week 28 (7/06/20-7/12/20), Episode XIII - The Droid Resurrection Episode XIII - The Droid Resurrection: Week 29, July 13th-19th
2020 Week 29 (7/13/20-7/19/20), Episode XIII - The Droid Resurrection Episode XIII - The Droid Resurrection: Week 30, July 20th-26th
2020 Week 30 (7/20/20-7/26/20), Episode XIII - The Droid Resurrection Matchpoint Rehearsal, Sample Collection, Matchpoint Rehearsal Matchpoint Rehearsal: Week 31, July 27th-August 2nd
2020 Week 31 (7/27/20-8/02/20), Matchpoint Rehearsal Matchpoint Rehearsal: Week 32, August 3rd-9th
2020 Week 32 (8/03/20-8/09/20), Matchpoint Rehearsal Matchpoint Rehearsal: Week 33, August 10th-16th
2020 Week 33 (8/10/20-8/16/20), Matchpoint Rehearsal Sample Collection, Sample Collection, 10-20-2020 Sample Collection: Week 34, August 17th-23rd
2020 Week 34 (8/17/20-8/23/20), Sample Collection Sample Collection: Week 35, August 24th-30th
2020 Week 35 (8/24/20-8/30/20), Sample Collection Sample Collection: Week 36, August 31st-September
6th 2020 Week 36 (8/31/20-9/06/20), Sample Collection Sample Collection: Week 37, September 7th-13th
2020 Week 37 (9/07/20-9/13/20), Sample Collection Sample Collection: Week 38, September 14th-20th
2020 Week 38 (9/14/20-9/20/20), Sample Collection Sample Collection: Week 39, September 21st-27th
2020 Week 39 (9/21/20-9/27/20), Sample Collection Sample Collection: Week 40, September
28th-October 4th 2020 Week 40 (9/28/20-10/04/20), Sample Collection Sample Collection: Week 41, October 5th-11th
2020 Week 41 (10/05/20-10/11/20), Sample Collection Sample Collection: Week 42, October 12th-18th
2020 Week 42 (10/12/20-10/18/20), Sample Collection Sample Collection: Week 43, October 19th-25th
2020 Week 43 (10/19/20-10/25/20), Sample Collection Sample Collection: Week 44, October 26th-November
1st 2020 Week 44 (10/26/20-11/01/20), Sample Collection Stow: Week 45, November 2nd-8th
2020 Week 45 (11/02/20-11/08/20), Stow Week
Series II: OSIRIS-REx Science Implementation Plan, 2012-2020 Scope and Contents Series II contains information regarding the Science Implementation Plan. The
Science Implementation Plan details the objectives of the OSIRIS-REx asteroid
return mission and contains documents concerning the instrument capabilities,
objectives. implementation requirements and data product descriptions. Also
included is a list of glossary terms, acronyms and publications related to the
mission along with a list of science team organization members. This wiki is
organized by list of mission objectives. Sub-Series 1: Bennu and the Operational Environment, 2013-2014 Design Reference Asteroid (DRA), 2015 Design Reference Asteroid (DRA) Ancillary Products Linked from the DRA, 2014 Ancillary products linked from the DRA Older Versions of the DRA, 2013-2014 Older Versions of the DRA Sub-Series 2: Instrument Capabilities, 2012-2017 OSIRIS-REx Camera Suite (OCAMS), 2013 OSIRIS-REx Camera Suite (OCAMS) OSIRIS-REx Laser Altimeter (OLA), 2012 OSIRIS-REx Laser Altimeter (OLA) OSIRIS-REx Visible and Infrared Spectrometer (OVIRS), 2013-2017 OSIRIS-REx Visible and Infrared Spectrometer (OVIRS) OSIRIS-REx Thermal Emission Spectrometer (OTES), 2012-2013 OSIRIS-REx Thermal Emission Spectrometer (OTES) Radio Science, 2012 Radio Science Regolith X-ray Imaging Spectrometer (REXIS), 2013 Regolith X-ray Imaging Spectrometer (REXIS) Sub-Series 3: Objectives, 2012-2016 Return and Analyze a Sample, 2016 Return and Analyze a Sample Select a Sample Site and Provide Sample Context, 2016 Select a Sample Site and Provide Sample Context Understand Asteroid Geology, Dynamics, and Spectroscopy, 2016 Understand Asteroid Geology, Dynamics, and Spectroscopy Understand the Interaction Between Asteroid Thermal Properties and
Dynamics, 2016 Understand the Interaction Between Asteroid Thermal Properties and Dynamics Improve Asteroid Astronomy, 2016 Improve Asteroid Astronomy Sub-Series 4: Implementation of Science Requirements Level
1, 1.1 Return ≥60 g of pristine bulk sample from Bennu and archive 75%
of the total returned mass for future analyses. 'Pristine' is defined to
mean that no foreign material introduced into the sample hampers the
scientific analysis of the sample, 2013-2020 1.1 Return ≥60 g of pristine bulk sample from Bennu and archive 75% of the total returned mass for future analyses. ‘Pristine’ is defined to mean that no foreign material introduced into the sample hampers the scientific analysis of the sample 1.2 Document the contamination of the sample acquired from
collection, transport, curation, and distribution, 2016 1.2 Document the contamination of the sample acquired from collection, transport, curation, and distribution 1.3 Contact ≥26 cm2 of surface material from Bennu, return the
TAGSAM contact surface, and archive 75% of the contact surface for future
analyses, 2013-2016 1.3 Contact ≥26 cm2 of surface material from Bennu, return the TAGSAM contact surface, and archive 75% of the contact surface for future analyses 1.4 For the sample site, document the texture to sub-cm resolution
and the morphology, geochemistry, and spectral properties sufficiently to
select the site and provide context for the sample. 'Resolution' is defined
as the root-mean-square spot size characterizing the sub-cm
imager, 2013-2020 1.4 For the sample site, document the texture to sub-cm resolution and the morphology, geochemistry, and spectral properties sufficiently to select the site and provide context for the sample. ‘Resolution’ is defined as the root-mean-square spot size characterizing the sub-cm imager 1.5a Produce a sample catalog within 6 months of return, 2012 1.5a Produce a sample catalog within 6 months of return and 1.5b Analyze the returned sample to determine the presolar history, formation age, nebular and parent-body alteration history, relation to known meteorites, organic history, space weathering, resurfacing history, and energy balance in the regolith of Bennu 1.5b Analyze the returned sample to determine the presolar history,
formation age, nebular and parent-body alteration history, relation to known
meteorites, organic history, space weathering, resurfacing history, and
energy balance in the regolith of Bennu, 2012 1.5a Produce a sample catalog within 6 months of return and 1.5b Analyze the returned sample to determine the presolar history, formation age, nebular and parent-body alteration history, relation to known meteorites, organic history, space weathering, resurfacing history, and energy balance in the regolith of Bennu 1.6 Produce a shape model of Bennu with 1-m lateral and vertical
resolution, 2012 1.6 Produce a shape model of Bennu with 1-m lateral and vertical resolution 1.7 Determine the surface slopes, accelerations and geopotential of
Bennu at 1-m spatial resolution, 2013 1.7 Determine the surface slopes, accelerations and geopotential of Bennu at 1-m spatial resolution 1.8 Determine the bulk density of Bennu to within 1%, determine up
to the fourth degree and order gravity harmonic coefficients, and search for
and characterize any density inhomogeneities within the
asteroid, 2013 1.8 Determine the bulk density of Bennu to within 1%, determine up to the fourth degree and order gravity harmonic coefficients, and search for and characterize any density inhomogeneities within the asteroid 1.9 Measure the number, sizes, spatial distribution, and
morphologies of possible craters and boulders, regolith distributions, and
search for evidence of surface expression of internal structure on
Bennu, 2013 1.9 Measure the number, sizes, spatial distribution, and morphologies of possible craters and boulders, regolith distributions, and search for evidence of surface expression of internal structure on Bennu 1.10 Resolve key mineralogical and organic features with spectral
absorptions ≥5% to detect the following species: adsorbed water,
phyllosilicates, carbonates, sulfates, silicates, oxides, and hydrocarbons,
and determine mineral, organic, and phase abundances on the surface of
Bennu, at a global spatial resolution of 50 m or better, 2013 1.10 Resolve key mineralogical and organic features with spectral absorptions ≥5% to detect the following species: adsorbed water, phyllosilicates, carbonates, sulfates, silicates, oxides, and hydrocarbons, and determine mineral, organic, and phase abundances on the surface of Bennu, at a global spatial resolution of 50 m or better 1.11 Search for and spectrally and visually characterize regions of
active volatile outgassing from the surface of Bennu, 2013 1.11 Search for and spectrally and visually characterize regions of active volatile outgassing from the surface of Bennu 1.12 Search for and spectrally and visually characterize satellites
in orbit around Bennu, 2013 1.12 Search for and spectrally and visually characterize satellites in orbit around Bennu 1.13 Search for and characterize the effects of space-weathering on
Bennu, 2012 1.13 Search for and characterize the effects of space-weathering on Bennu 1.14 Constrain the properties of Bennu that contribute to the
Yarkovsky effect and measure the magnitude of the Yarkovsky
effect, 1.14 Constrain the properties of Bennu that contribute to the Yarkovsky effect and measure the magnitude of the Yarkovsky effect 1.15 Measure the astrometric, photometric, and spectroscopic
properties of Bennu, 1.15 – Measure the astrometric, photometric, and spectroscopic properties of Bennu Sub-Series 5: Implementation of Science Requirements Level 2 by Science
Working Group, Outline for V&V Reports, Altimetry, Astrometry and Photometry, Contamination Control, Curation, Dynamical Evolution, Flight Dynamics and Navigation, Image Processing, Radio Science, Regolith Development, Sample Analysis, Sample Return Capsule, Sample Site Science, Spacecraft/Systems Engineering, Spectral Analysis, Thermal Analysis, Sub-Series 6: Data Products, Level 2 and Automated L3 Approval Process, Level 2 and Automated L3 Approval Process New Data Product Request, Request New Data Product Data Products and Data Product Descriptions, Altimetry, Data Products and Data Product Description- Altimetry Asteroid Astronomy, Data Products and Data Product Description- Asteroid Astrometry Astrometry and Photometry, Data Products and Data Product Description- Astrometry and Photometry Carbonaceous Meteorites, 2012 Data Products and Data Product Description- Carbonaceous Meteorites Contamination Control, Curation, Dynamical Evolution, Data Products and Data Product Description-Dynamical Evolution Flight Dynamics and Navigation, Data Products and Data Product Description- Flight Dynamics and Navigation Image Processing, Data Products and Data Product Description- Image Processing Radio Science, Data Products and Data Product Description- Radio Science Regolith Development, Data Products and Data Product Description- Regolith Development Sample Analysis, Sample Return Capsule, Data Products and Data Product Description- Sample Return Capsule Sample Site Science, Data Products and Data Product Description- Sample Site Science Spacecraft, Algorithm Descriptions- Spacecraft (Safety Map) Spectral Analysis, Data Products and Data Product Description- Spectral Analysis TAGSAM, Data Products and Data Product Description- TAGSAM Telemetry Thermal Analysis, Data Products and Data Product Description- Thermal Analysis Algorithm Descriptions, Asteroid Astronomy, Algorithm Descriptions- Altimetry Astrometry and Photometry, Algorithm Descriptions- Astrometric and Photometry Carbonaceous Meteorites, Contamination Control, Curation, Dynamical Evolution, Flight Dynamics and Navigation, Image Processing, Algorithm Descriptions- Image Processing Radio Science, Algorithm Descriptions- Radio Science Regolith Development, Algorithm Descriptions- Regolith Development Sample Analysis, Sample Return Capsule, Sample Site Science, Algorithm Descriptions- Sample Site Science Integrated Global Science Value Map, Spacecraft (Safety Map), Algorithm Descriptions- Spacecraft (Safety Map) Spectral Analysis, Algorithm Descriptions- Spectral Analysis TAGSAM, Thermal Analysis, Algorithm Descriptions- Thermal Analysis Level 2 Science Requirements Mapped to Data Products, Mission Phase,
and Relationship to Site Selection, Sub-Series 7: Science Team Organization, Glossary and
Acronyms, Science Team Organization and Roster, Science Team Organization and Roster Glossary, Science Implementation Plan Glossary Acronyms, Science Implementation Plan Acronyms
Series III: OSIRIS-REx Science Team Wiki, 2013-2020 Scope and Contents Series III contains documents and tables from the Science Team Wiki. The Science
Team wiki was used to host documents, tables, photos and videos created by the
Science Team over the course of the mission. This includes conference
presentations, science data tables, images and models. This series is organized
alphabetically. A Working Coordinate System for Bennu, 2013 A Working Coordinate System for Bennu Aerial View of Drake Building, 2013 Aerial View of Drake Building AGU Fall Meeting 2018 (Washington DC), 2018 AGU Fall Meeting 2018 (Washington DC) AGU Fall Meeting 2019, 2019 AGU Fall Meeting 2020, 2020 Altimetry Working Group, -2019 ALTWG Meeting September 15-17 Laurel MD, 2017 ALTWG Meeting September 15-17 Laurel MD AltWG/OLA Meeting and Training, Sep 5-9, 2017, 2017 AltWG/OLA Meeting and Training, Sep 5-9, 2017 Approach/Preliminary Survey Photometry, APWG, Dec 9th Tucson, 2015 APWG Meeting, Dec 9th 2015 Tucson Archived Meeting Information, -2014 ArcScene Import for DTMs, 2019 ArcScene Import for DTMs Asteroid Science Workshop, Asteroid Spectral Modeling, 2019 Asteroid Spectral Modeling Ray Tracing Checks/Astrophysical Source Search and Detections
Presentation, 2020 Ray Tracing Checks/Astrophysical Source Search and Detections Presentation Astrometry and Photometry Product Description, 2013 Astrometry and Photometry Product Description August 24-26, SAWG (Vicky Hamilton) Meeting Notes, 2015 SAWG (Vicky Hamilton) Meeting Notes August 24-26 Automated Feature Description, 2015 Automated Feature Description Average Grain Size Polygons, -2019 Avoiding Tall Particles (RDWG code/analysis), 2015 Avoiding Tall Particles (RDWG code/analysis) Bennu Data in ArcMap Verification Checklist, 2019 Bennu Data in ArcMap Verification Checklist Bennu Feature Nomenclature, -2020 Bennu Key Parameter Values, 2020 Bennu Key Parameter Values Boresight Calibration, 2015 Boresight Calibration Bottke- STM Presentation 1, -2013 Bottke- STM Presentation 2, -2013 Boulder Abundance Surface Area, 2019 Boulder Abundance Surface Area Boulder Counting Summit Question 1 Presentation, 2015 Boulder Counting Summit Question 1 Presentation Boulder Counting Summit Question 2 Presentation, 2015 Boulder Counting Summit Question 2 Presentation Boulder_Summit_June_16_2015, -2015 Boulder Counting, 2013 Boulder Counting Boulders with Fractures, 2019 Boulders with Fractures Briefing Sheet, 2017 Briefing Sheet Bringing AltWG DTMS into ISIS3, 2019 Bringing AltWG DTMS into ISIS3 Carbonaceous Meteorite Working Group, 2019 Carbonaceous Meteorite Working Group CDD Spectral Calibration from Internal Calibration Data, 2019 CDD Spectral Calibration from Internal Calibration Data Citizen Science for Rock Counting, 2019 Citizen Science for Rock Counting Clark.CharacterizationTesting, 2015 Clark Characterization Testing Closed Action Items, 2014 Closed Action Items CMWG Report Material Density and Porosity, 2013 CMWG Report Material Density and Porosity CMWG Spectral Analysis Science Test Plan-DRAFT, -2013 Color as a Proxy for Grain Size, 2019 Color as a Proxy for Grain Size Connolly-STM 2 Presentation, 2013 Connolly-STM 2 Presentation Contamination Knowledge Information and Reports, 2019 Contamination Knowledge Information and Reports Contingency Plans, 2016 Contingency Plans CosmoQuest Calibration and Testing Plan, 2019 CosmoQuest Calibration and Testing Plan Crab cal ARF, 2019 Crab cal ARF Creative Products, -2015 Current REXIS Pipeline Gantt Chart, 2018 Current Rexis Pipeline Gantt Chart Data Product Naming Overview, 2018 Data Product Naming Overview Debris2_SAMy.mov, 2019 Debris2_SAMy.mov Discoverability Weighted Unresolved Material Quantification (C
Code), 2019 Deliverablility Weighted Unresolved Material Quantification (C Code) Delivering Gridded Map and Products (Discussion Closed), 2019 Delivering Gridded Map and Products Digital Terrain Model Summit, Feb 1-2, 2016 Laurel MD, 2016 Digital Terrain Model Summit, Feb 1-2, 2016 Laural MD Dynamical Evolution Working Group, 2013 Dynamical Evolution Working Group Dworking, STM 2 Presentation, Dworking, STM 2 Presentation Ed's Upload Page, 2015 Ed's Upload Page EPSC-DES 2019, -2019 EPSC 2020, 2020 EPSC 2020 Equatorial Stations Geometry, -2018 Exogenous Material on Bennu, -2019 FDS Team Status and Results, -2019 Fe-55 source intensity tracking, -2019 Flyby 1 Analysis, -2019 Foundational References, -2020 GaussianProcesses_for_PSFD-STMS-Furfaro.pptx, -2019 Ground EPR, December, 2014, 2014 Ground EPR December 2014 GaussianProcesses_for_SFD_BCWG.pptx, -2019 Generating Level 1 data products, -2018 Geophysics Working Group Meeting, March 25-26, 2013, -2018 Geophysics Working Group Pages, -2013 Geophysics Workshop II (March 23, 2015 Caltech Campus, -2015 Geotechnical estimations, -2019 Global Mosaic: Breakdown and Counts, -2020 Hannahs Page, -2018 Hazard Counts: Gaps from CQ, -2020 Hazard Map Format Binary Fits Image File, -2019 Hazard Mapping & Particle Counting Triage TIM, -2017 Helbert- STM 1 Presentation, -2013 Hergenrother STM 2 Presentation, -2013 Hot Pixel Masks from L30 & OBF verification data, 2019 Houston, 2013 Science Team Meeting, -2013 Image Processing Working Group, Nov 18 Tucson, -2016 Imaging Photometry, Installing the Rexis analysis pipeline, -2019 IPWG - High Albedo Rocks, -2019 IPWG - Make DSK from OBJ, -2018 IPWG - Recon A- Textural Analysis, IPWG - Site Specific Image Registration, -2019 IPWG 2cm Site Specific Maps Data Product Description Rec2
docx, -2013 IPWG 5cm Site Specific Maps Data Product Description Rec2
docx, -2013 IPWG Accessing the ArcMap Remote Desktop Machines, -2020 IPWG Active CRON list, -2019 IPWG Approach Hazard Counting Campaign, -2019 IPWG Archived Hazard Count Deliveries, -2019 IPWG BBD Hazard Counting Campaign, -2020 IPWG Best Practices for Presenting & Analyzing Image
Data, -2019 IPWG Boulder Counting in ArcMap, -2019 IPWG Calculating Boulder Lengths in ArcMap, -2020 IPWG Color Mosaic Feature Tracing Project, IPWG Computing Workspace, -2019 IPWG Contact Info for Remote Work, -2020 IPWG CQ Crater Classification, IPWG Crater Geometry Generation, -2020 IPWG Data Product Status, -2018 IPWG Data Product Verification for Site Selection, -2020 IPWG Database Processing, -2019 IPWG Debiasing Extracted Color Statistics of Craters, -2020 IPWG Delivered PSFDs, -2019 IPWG Extracting Color Statistics of Craters, IPWG Feature Nomenclature - Measuring, IPWG Geodatabase - SRIDS, -2019 IPWG Global Ellipse Hazard Counting Campaign, -2019 IPWG Hazard Clustering, -2019 IPWG Hazard Counting Quality Control, -2019 IPWG Hazard Counts Preprocessing Checklist, -2019 IPWG Hazard Map ESRI Shapefiles, -2018 IPWG Hazard Mapping and Data Processing Overview, -2019 IPWG Hazard Mapping Plan, -2019 IPWG ISIS3 Cube to FITS, -2019 IPWG Local Maps, -2019 IPWG Methods Clustering Visualization, -2019 IPWG Methods PSFD Calculations, -2019 IPWG Mosaic Feature Tracing Report, -2020 IPWG Mosaicking using SPC Pointing, -2019 IPWG Mosaics, -2019 IPWG Orbital A Hazard Counting Campaign, IPWG PostGis Database, -2019 IPWG Processing Polygon Shapefiles, -2019 IPWG RDWG Rocks on Rocks, -2019 IPWG Recon A Hazard Counting Campaign, -2019 IPWG Recon A Hazard Counting Planning, -2019 IPWG Recon B Hazard Counting Planning, IPWG Recon C Nightingale Hazard Counting Campaign, -2020 IPWG Recon C Osprey Hazard Counting Campaign, -2020 IPWG Recon C Postgres Database, -2020 IPWG Registering Color Image Sets, -2019 IPWG Rock Counting Timing Studies, -2019 IPWG ROI Science Value Processing, -2019 IPWG Round Table, December 17-18, 2018 in Tucson AZ, -2018 IPWG Sample Site Efforts, -2019 IPWG SBMT Uses, -2018 IPWG SFD Database Data Product Description Rec2.docx, -2013 IPWG Site Selection Status, -2019 IPWG Weekly Status Meetings, -2020 IPWG/CosmoQuest Detailed Descriptions, -2019 IPWG: How to Use the Wiki, -2019 ISIS3 Support and Maintenance, -2020 jan19debris_final.mov, -2019 Journal Covers, -2019 L1 CCD Data Quality Bitmask, -2019 L1 Products, -2019 Laboratory Spectra for OREx, -2017 Landing Site Assessment.pptx, -2015 Lauretta - STM 2 Presentation, -2013 LPSC 2019, -2019 LPSC 2020, -2020 Manual Counting Techniques, -2015 Map Format, -2015 Map format comments from Ed Beshore, -2014 Map-Making Toolkit Software T4, -2016 Map-Making Toolkit Software, -2018 Mask Calibration Pipeline, -2018 MetSoc 2019, -2019 Minutes from SampleWG Telecons and Meetings, -2013 Minutes of RDWG Telecons and Meetings, -2020 Minutes of SSSWG Telecons and Meetings, -2016 Mission Requirements Document (MRD), -2016 Modeling the Rexis Internal Background, -2018 Monthly Reports (TAWG), -2018 Movies of Recon Images Overlay on V13 Sample Site DTMs, -2019 MRD 190b, -2017 Nature First-Look Paper Info, -2017 New Data Product Request, -2014 NFT Minimosaics, -2020 Notes and Files from Friday July 22 Meeting to discuss release of OCAMS
IK, -2017 Notes from STM5 Woddle Splinter, -2014 OBJ to Spatial Database Instructions, -2018 Observation Planning and Tools, -2014 OCAMS Automatic Image Downloader, OCAMS Flight Data and Processing, -2019 OCAMS PostGIS Automatic Image Processing, -2019 OCAMS Radiometric Calibration, -2019 OCAMS Test Data and Processing, -2018 OCAMS/OVRIS Cross-Cal, -2019 ORT 4/5, -2018 OSIRIS-REx Coordinate System for Bennu V2, -2016 OSIRIS-REx MOR Review Team, -2015 OSIRIS-REx Operations Readiness Review Wiki Page, -2016 OSIRIS-REx System User Information, -2016 Outline of REXIS Data Product Definitions, -2018 Participating Scientist Info, -2017 Particle Ejection Event Maps, -2019 Particle Science, -2019 Particle Science Meetings, -2019 Particle Special Collection, -2020 Photometric Analysis and TAWG WG Meeting, Sept 2, 2015, -2015 Photometric Modeling Working Group (PMWG), -2020 Photometric Modeling Working Group Scratch Page, -2014 Poster Sessions Posters, -2013 Presentations, -2013 Presentations, -2017 Projecting ROIs and Counts to Equal Area Projections, -2019 Proposed Map-making Tools for Creating and Editing 3D Maps, -2016 PSFD needs for SVMs_final_pptx, -2015 Qnet Registration Databases, -2019 Quick Look Mission Schedule, Radio Science WG Meeting, September 28-29, in Tucson, -2016 RDWG Geologic Mapping Planning and Instruction, -2019 RDWG Recon-A Planning, -2019 RDWG Talks and Figures and Eye-Candy, -2019 Regions of Interest, -2020 Regolith Development WG, October 8-9, 2015, -2016 Regolith Development Working Group, -2019 Revised Path to L1 CCD event data, -2019 REXIS ARF Measurement Pipeline for Crab Calibration, -2018 REXIS Bad CCD Calibration Flag, -2018 REXIS Bennu Data Error Budget, -2018 REXIS CCD Linear Calibration, -2019 REXIS ET/ST/ULD Parameter Settings, 2018 REXIS GTI Tool, -2019 REXIS Hot Pixel Data Quality Flag, -2018 REXIS Level 0 Data File Description, -2018 REXIS Level 0 Data Product Generation, -2018 REXIS Level 1 Data Product Descriptions, -2018 REXIS Level 2 Data Product Descriptions, -2018 REXIS Pipeline Item Examples, -2018 REXIS Pipeline Item Template, -2018 REXIS Plotting Tools for Housekeeping Data, -2018 REXIS RMF and ARF Generation Tools, -2018 REXIS Spectral Fitting Routine, -2019 REXIS SXM Single Temperature Fits, -2019 REXIS Team: Connecting to the HCO Kinsei Workstation, -2018 REXIS TIM- Summer 2018, -2018 REXIS XIS Model for CCD Resolution, aka RMF, -2018 REXIS_TIM_ActionsItems, -2018 REXIS_TIM_L01L1_data_products.pdf, -2018 Rock Counting- Automation.pptx, -2015 Rock_Counting_Meeting_1.pptx, -2015 Rock_Counting_Meeting_2.pptx, -2015 Rock_Counting_Meeting_3.pptx, -2015 Rock_Counting_Meeting_4a_plus1slide.pptx, -2015 RockCountingHours (Version 1).xlsx, -2015 ROI - BB21, -2019 ROI - BB22, -2019 ROI - BB3, -2019 ROI - BB4, -2019 ROI - DL6, -2019 ROI BB03 Data Page, -2019 ROI BB21 Data Page, -2019 ROI BB22 Data Page, -2019 ROI BB26 Data Page, -2019 ROI CQ03/EX11 Data Page, -2019 ROI CQ12 Data Page, -2019 ROI CQ13 Data Page, -2019 ROI CQ15 Data Page, -2019 ROI CQ16 Data Page, -2019 ROI CQ4 Data Page, -2019 ROI DL08 Data Page, -2019 ROI DL10 Data Page, -2019 ROI DL11 Data Page, -2019 ROI DL14 Data Page, -2019 ROI DL15 Data Page, -2019 ROI DL21 Data Page, -2019 ROI DL6 Data Page, -2019 ROI DL9 Data Page, -2019 ROI EX01 Data Page, -2019 ROI EX02 Data Page, -2019 ROI EX05 Data Page, -2019 ROI EX06 Data Page, -2019 ROI EX07/Old CQ9 Data Page, -2019 ROI EX09/DL22 Data Page, -2019 ROI EX10/SS02 Data Page, -2019 ROI EX12/TM20 Data Page, -2019 ROI EX13/DL28 Data Page, ROI EX14 (TM17) Data Page, -2019 ROI EX15/DL13 Data Page, -2019 ROI EX16/BB04 Data Page, -2019 ROI ML2 Data Page, -2019 ROI OCAMS May 2019, -2019 ROI RM04 Data Page, -2019 ROI RM10 Data Page, -2019 ROI Search, -2019 ROI SS01 Data Page, -2019 ROI TM02 Data Page, -2019 ROI TM11 Data Page, -2019 ROI TM23 Data Page, -2019 ROI TM24 Data Page, -2019 Rules for Interpreting Albedo and Color Variations in OCAMS Images and
Derived Products, 2018 S3_Clark.STMS.Manual.Rock.Counting.Advocacy_CCv0001.pptx, -2015 S3_JohnsonCarina_Automated Boulder Counting_CCv0001.pptx, -2015 S3_STM8 Daly_CCv0001.pptx, -2015 Sample Analysis Working Group, -2013 Sample Site Science WG. Dec 1-2 Tucson, -2015 Sample Site Science Working Group, -2017 Sample Site Selection Board Materials, -2015 Sampleability Downloads- SSSb, -2019 Sampling Methods with Statistical Analysis, -2015 Scheeres- STM 2 Presentation, -2013 Science Desirements List, Science Executive Council Minutes, -2013 Science Observation Planning Group (SOPG), Science Product Production Schedule, Rev C (January, 2014), -2014 Science Special Issue- Bennu at the Macroscales, -2020 Science Team Action Item List, -2014 Science Team Meeting #1 Tucson Az Oct 31-Nov 3, 2011, -2013 Science Team Meeting #2 Greenbelt MD Apr 3-5, 2012, -2013 Science Team Meeting #3 Boulder CO Oct 9-11 2012, -2013 Science Team Meeting #4 Houston TX Jun 18-20 2013, -2013 Science Team Meeting #5 Brooklyn October 23-15 2013, -2013 Science Team Organization and Roster, -2016 Science Weekly Presentations, -2018 SFD Counting Rev E 1.pptx, -2015 SFD_disussion_v2.pptx, -2015 SOPIE 1 Schedule, -2017 SOPIE-1, -2017 SOPIE-2, -2017 SPC Info, -2017 Spectral Analysis Working Group, -2020 Spectral Mapping, -2019 Spectral Mapping Guidelines, -2019 Spectral Mapping TIM 2018-July, -2018 SPICE Working Group, -2016 SPINDEX Test Data, -2018 SPOC Training for Science Team, -2018 Stereo Image Pairs, -2018 Stereophotogrammetry (SPG) STM Science Products Request
Page, -2020 STM #10 Tucson AZ, -2016 STM #11 Orlando FL - September 7-9, 2016, -2016 STM #12 Tucson AZ - March 28-30 2017, -2017 STM #13 Tucson AZ - November 14-16 2017, -2017 STM #3 Boulder, CO Oct 9-11 2012, -2013 STM #5 Presentations and Posters, -2017 STM #7 Toronto, Canada, -2016 STM #8 Pasadena CA- March 24-26, 2015, -2016 STM #9 JHU/APL, Laurel MD- Oct 20-22, 2015, 2015 STM 12, STM 8 Hazard Mapping Splinter, -2019 STM_8_Rock_Count_Charette, -2015 STM_8_Rock_Counting_Splinter, -2015 STM6 Tucson, April 22-24, 2014, -2014 STM8_Splinter_3_Summary.pptx, -2015 Strategic Table Tops, -2017 Summer/Fall 2015 Lead Visits with PI/SPOC Team, -2016 Super Ploygon (planning/brainstorming), -2019 SXM Spectral Fitting, -2019 TAGSAM Working Group, -2013 Technical Topics Under Discussion, -2018 Telecon Schedule, -2013 The Sun as an X-ray Source, -2018 Thermal Analysis and Properties References, -2019 Thermal Analysis and Properties References, -2019 Thermal Analysis Working Group Main Page, -2019 Thermal Analysis Working Group Scratch Page, -2020 Thread: Exploring REXIS L0 data files: how to find the
data, -2018 Thread: REXIS Level 0 data product generation, -2018 Thread: REXIS tools for SCLK and UTC time conversion, -2018 UA Science Operations Engineering Peer Review, -2014 UA Science Operations EPR Presentation Files, -2014 Unresolved Material Quantification (ArcMap), -2019 Usage and Generation Tilk, -2016 Validate RMF and Internal Background Model, -2019 Visualization Tool FAQ, -2015 Visualization Tool Requirements, -2015 Visualization Workshop, October 2013, 2013 Walsh_SampleabilityNeeds_RockCounting_16June2015.pptx, -2015 Wed, January 13, 2016 Kickoff Meeting, -2018 X-Ray Data Product Validation, -2018 X-Ray Science Working Group (XRSWG), -2020 XRSWG 20170119, -2017 XRSWG Meteorite Composition Plots, -2017 XRSWG_20170202, -2017 XRSWG_20170301, -2017 XRSWG_20170315, -2017 XRSWG_20170426, -2017 XRSWG_20170510, -2017 XRSWG_20170607, -2017 XRSWG_20170621, -2017 XRSWG_20170705, -2017 XRSWG_20170712, -2017 XRSWG_20170802, -2017 XRSWG_20170809, -2017 XRSWG_20170830, -2017 XRSWG_20170913, -2017 XRSWG_20170927, -2017 XRSWG_20171011, -2017 XRSWG_20171108, -2017 XRSWG_20171206, -2017 XRSWG_20171220, -2017 XRSWG_20180329, -2018 XRSWG_20180411, -2018 XRSWG_20180425, -2018 XRSWG_20180509, -2018 XRSWG_20180521, -2018 XRSWG_20180604, -2018 XRSWG_20180618, -2018 XRSWG_20180625, -2018 XRSWG_20180709, -2018 XRSWG_20180723, -2018 XRSWG_20180723aux, -2018 XRSWG_20180726, -2018 XRSWG_20180806, -2018 XRSWG_20180813, -2018 XRSWG_20180820, -2018 XRSWG_20180827, -2018 XRSWG_20180831, -2018 XRSWG_20180904, -2018 XRSWG_20180910, -2018 XRSWG_20180917, -2018 XRSWG_20180924, -2018 XRSWG_20181001, -2018 XRSWG_20181009, -2018 XRSWG_20181015, -2018 XRSWG_20181029, -2018 XRSWG_20181105, -2018 XRSWG_20181113, -2018 XRSWG_20181119, -2018 XRSWG_20181203, -2018 XRSWG_20181203, -2018 XRSWG_20190128, -2019 XRSWG_20190204, -2019 XRSWG_20190211, -2019 XRSWG_20190218, -2019 XRSWG_20190225, -2019 XRSWG_20190304, -2019 XRSWG_20190311, -2019 XRSWG_20190318, -2019 XRSWG_20190325, -2019 XRSWG_20190401, -2019 XRSWG_20190409, -2019 XRSWG_20190416, -2019 XRSWG_20190422, -2019 XRSWG_20190429, -2019 XRSWG_20190506, -2019 XRSWG_20190513, -2019 XRSWG_20190520, -2019 XRSWG_20190528, -2019 XRSWG_20190603, -2019 XRSWG_20190610, -2019 XRSWG_20190617, -2019 XRSWG_20190624, -2019 XRSWG_20190701, -2019 XRSWG_20190708, -2019 XRSWG_20190715, -2019 XRSWG_20190722, -2019 XRSWG_20190729, -2019 XRSWG_20190805, -2019 XRSWG_20190819, -2019 XRSWG_20190826, -2019 XRSWG_20190909, -2019 XRSWG_20191007, -2019 XRSWG_20191016, -2019 XRSWG_20191023, -2019 XRSWG_20191030, -2019 XRSWG_20191113, -2019 XRSWG_20191120, -2019 XRSWG_20191204, -2019 XRSWG_20191211, -2019 XRSWG_20191218, -2019 XRSWG_20200108, -2020 XRSWG_20200115, -2020 XRSWG_20200122, -2020 XRSWG_20200124, -2020 XRSWG_20200131, -2020 XRSWG_20200207, -2020 XRSWG_20200214, -2020 XRSWG_20200221, -2020 XRSWG_20200228, -2020 XRSWG_20200306, -2020 XRSWG_20200313, -2020 XRSWG_20200320, -2020 XRSWG_20200327, -2020 XRSWG_20200403, -2020 XRSWG_20200410, -2020 XRSWG_20200417, -2020 XRSWG_20200424, -2020 XRSWG_20200501, -2020 XRSWG_20200508, -2020 XRSWG_20200522, -2020 XRSWG_20200529, -2020 XRSWG_20200605, -2020 XRSWG_20200612, -2020 XRSWG_20200619, -2020 XRSWG_20200626, -2020 XRSWG_20200702, -2020 XRSWG_20200710, -2020 XRSWG_20200717, -2020 XRSWG_20200731, -2020 XRSWG_20200807, -2020 XRSWG_20200814, -2020 XRSWG_20200821, -2020 XRSWG_Notes_20170105, -2017 XRSWG_Report_20170721, -2017 XRSWG20190903, -2019
Series V: OSIRIS-REx Mission Ephemera, Promotional Materials and Physical
Memorabilia, Scope and Contents Series V contains physical memorabilia and ephemera related to the OSIRIS-REx
Asteroid Return Mission. This includes enamel pins, buttons, stickers, and patches
given out to team members as well as the general public in celebration of specific
events during the mission. It also includes 3D models of the OSIRIS-REx spacecraft
and the asteroid Bennu. Branded shirts, mugs, cups, stress balls, masks are also
included. Sub-series 1: Pins, Coins and Magnets, box 2 Lockheed and Martin Buttons, 2 OCAMS – Pin Card + Pin, 2 OVRIS – Pin, 2 999 Days til Launch – Pin, 2 CDR – Pin, 2 EGA – Pin, 2 Arrival – Pin, 2 Sample Site Selection – Pin, 2 Sample Collection (TAG) – Pin, 2 Mission Logo – Pin 1-2, 2 ULA Launch – Rocket Pin, 2 Old Mission Logo – Pin 1-4, 2 T-Rex Logo – Pin, box 1 OREx Coin Collection, box 2 ULA Launch – Magnet, 2 ULA Launch – Coin, 2 OCAMS – Wood Nickle, Sub-Series 2: Patches and Stickers, box 1 LM "dirty" Space - Sticker, 1 UA Red White and Blue OREx – Sticker, 1 999 Days til Launch – Sticker, 1 REXIS – Patch, 1 T-Rex Logo – Patch and Sticker, 1 Old Mission Logo – Patches and Sticker, 1 Current Mission Logo – Patch, Stickers, and Temp Tattoo, 1 ULA Launch – Sticker and Temp Tattoo, 1 CDR – Sticker, 1 SIR – Sticker, 1 EGA – Patch and Sticker, 1 Arrival – Patch and Sticker, 1 Sample Site Selection – Patch and Sticker, 1 Sample Collection (TAG) – Patch and Sticker, 1 OCAMS – Patches and Sticker, 1 OVRIS – Patch and Sticker, 1 999 Days til Launch – Sticker, Sub-Series 3: Posters and Promotional Materials, box 3 Small Posters, Painting Hallway Framed Posters, box 1 Brochures, Flyers, Playbills, Tickets and Event
Postcards, 1 Paper Spacecraft Model and Flat Spacecraft Model, 1 Nature Journal #578 (Arrival), 1 Launch Paper Media Kit, 1 UA Launch Bookmarks, 1 2014 Mission Fact Sheet, 1 Bennu Map Printouts, 1 OREx Valentines, Sub-Series 4: 3D Models, Drinkware and Additional
Materials, box 5 3D Printed Spacecraft Model + Stand, 5 3D Printed Bennu Model, 5 3D Printed TAGSAM (small), 5 3D Printed Bennu + to scale Empire State Building, box 4 Tag Mug and Black OSIRIS-REx Mug, 4 Launch, Arrival and Tag Glasses, box 2 Event Lanyards and Badges, box 1 OSIRIS-REx Media and Event Shirts, 1 OREx Bandana and OREx Facemask, 1 OREx Chapstick's, 1 Mission Logo Flash drives, box 5 First and Second Bennu Stress Balls, box 4 OREx/Haya2 Conference Bag,