1. OSIRIS Full Team Meeting Welcome, Introduction, Agenda
Holger Sierks
Max-Planck-Institut für Sonnensystemforschung

2. OSIRIS - Scientific Camera System
NAC – Narrow Angle Camera
FOV 2.2°, IFOV 18.6 µrad/px
SiC, 2k x 2k BI E2V CCD, AB
3-mirror off-axis, f/8, 717mm
WAC – Wide Angle Camera
FOV 12°, IFOV 101 µrad/px
Al bench, 2k x 2k BI E2V CCD, AB
2-mirror off-axis, f/5.6, 140mm
plus 3 E-Boxes
(35.6 kg total)
22 % of Rosetta p/l

3. Introduction OSIRIS is healthy, hibernating since end of March 2011
Hibernation ends in 8 months and a few days: 20 Jan 14, 7am!
OSIRIS turn on due approx. 6 weeks later
Science Planning HAC and LAC is important NOW
Need planning and analysis tools for C-G get ready
OSIRIS delta commissioning to be laid out
Delta calibrations dito
Operations User Manual to be finished
CoIs and Associate Scientists: Take action and role in C-G prep work

4. Agenda
We, 15 May 2013, 9-18h
09:00 Welcome / introduction / logistics – O. Groussin, H. Sierks
09:15 Science Session
  Update on understanding of comets – M. A’Hearn
Dust photometry – J. Agarwal
Update on dust and gas modeling – J.-B. Vincent
Activity of C-G – C. Snodgrass, C. Tubiana
Update on SPG and SPC for OSIRIS – L. Jorda, F. Preusker
3d reconstruction of the nucleus of 67P/C-G with the M-PCD technique – C. Capanna
Measurements of local non-gravitational forces with OSIRIS images
and MIRO spectra – L. Maquet
Minerals in OSIRIS filters – N. Oklay
Science by multi-instrument campaigns – J. Agarwal
On the Rosetta Orbit Plane Beta Angle – U. Keller
13:00 Lunch
14:00 Introduction and summary of the work done on the science plan – C. Snodgrass
14:30 Review of OSIRIS science plan and science sequences (HAC, MAC, and LAC) by resp. person
Topic by topic review of the science plan and sequence implementation, Part I
17:30 Executive session
18:00 Adjourn
  Team dinner

5. Agenda
Th, 16 May 2013, 9-18h
09:00 Review of OSIRIS science plan and science sequences (HAC, MAC, and LAC) by resp. person
Topic by topic review of the science plan and sequence implementation, Part II
  Rosetta planning segmentation for High, Medium, and Low Activity Case
Data volume allocation for OSIRIS
DG spreadsheets and priorities (and priority vs. time)
Fly-by examples and strategies
13:00 Lunch
14:00 Pre-landing science and implementation of sequences (activity, SPG, SPC, composition..)
14:30 Trade pyramid vs. GMP circular orbits for DTM and OSIRIS science
15:00 Report from calibration working group – M. Küppers
15:15 Detection and evolution of small features in OSIRIS flats
with the internal calibration lamps – L. Lara
15:30 Revision of the delta calibration and regular calibration implemented in the science plan
16:00 Multi-instrument campaigns as of plan
16:30 Compression analysis
17:00 OSIRIS mission success criteria
18:00 Adjourn

6. Agenda
Fr, 17 May 2013, 9-14h
09:00 Rosetta operations, SGS, planning cycles – P. Gutierrez
09:15 Pointing uncertainty mitigation by use of WAC for NAC ops – P. Gutierrez
09:30 Update of operations and pipeline implementation – P. Gutierrez
09:45 Update on delta-commissioning post hibernation – P. Gutierrez
10:00 Dust on mirrors update (UPD and LAM)
10:15 ICDs and cross-instrument cooperation on Rosetta
10:30 Co-location, publication policy, papers …
11:00 Organization of products, who produces what and when
11:30 Philae/orbiter meeting, contribution and collaboration
11:45 VSTP needs in terms of products and team support
12:00 Discussion/Lunch
13:00 Date and place of next full team meeting (proposal: week of Nov 4, MPS)
13:30 AOB
14:00 Adjourn

7. L. Jorda: A.1 - Internal structure
N. Thomas/deputy J. Agarwal: B.1 - Large-scale morphology
J. Knollenberg/deputy S. Hviid: B.2 - Small scale morphology
C. Leyrat: C.1 - Refractory material
S. Fornasier/deputy C. Leyrat: C.2 - Ices
M. Küppers: D.1 - Spatial distribution of active areas
B. Davidsson/deputy J. Agarwal: D.2 - Physical properties of active areas
H. Sierks: D.3 - Transient event
S. Hviid: D.4 - Effect of the activity on the surface properties
I. Bertini/deputy V. Da Deppo: E.1 – Satellite search
J. Agarwal: G.1 - Dust
D. Bodewits/ deputy M. A’Hearn: G.2 - Gas
JB. Vincent: H.1 - Dynamics
J. Agarwal: H Sublimation of icy-grains
M. A'Hearn: H Evolution of large icy, fluffy chunks (snowballs)
J. Agarwal: H Fragmentation of grains
D. Bodewits/deputy M. A’Hearn: H Photo-dissociation of water molecules
I. Bertini/deputy V. Da Deppo: I.1 - Dust grains physical properties
S. Magrin/deputy F. La Forgia: I.2 - Ices
S. Hviid: J.1 - Geology and Physical properties
S. Mottola: J.2 - Composition and Activity
C. Snodgrass: K.1 - Ground truth of ground-based observations: Physical properties
C. Tubiana: K.2 - Ground truth of ground-based observations: Dynamics
JB. Vincent: L.1 - Ground truth of ground-based observations: Dust coma
M. A’Hearn: L.2 - Ground truth of ground-based observations: Gas coma

8. Dates
SPWG telecons to continue consolidation
July 15/16 w/ Mike, post PI mtg #4 & RS mtg
Aug 7/8, post end-2-end tests Rosetta
week of Sep 2, pre SOWG #15
next Science Planning WG Mtg in Granada in week of September 23, 2013; proposed date Sep 13
prep for PI telecon the week after
next OSIRIS Full Team Meeting, incl. SPWG mtg
Venice lagoon, November 5-8, 2013

9. DG_Trajectory_Segment_Design_v17_FINAL.xlsx
LAC_trajectory_segmentation_DG1_ xlsx
D1G_2013_03_20.xls
DG2_2013_03_20.xls
DG3_2013_03_20.xlsx
DG4_ xlsx
RO-ESC-TN-5562, Issue 1.1, , Navigation Analysis for comet operations up to SSP delivery.pdf
RO-ESC-TN-5566.doc, Rosetta Project Comet Reference Models
RO-SGS-PL-1011_Rosetta_Science_Activity_Plan_D_2_16-MAR-2012.doc
RO-ESC-TN-5053-working Inputs for Pre-landing Phase.docx
RO-SGS-LI-1007-Data_Volume_Summary-0_3_21-Mar-2013_OSIRIS_non_swapped_official_plan.xls
osiris_science_planning_document_v5_ docx
OSIRIS_sequence_description doc
OSIRIS_Sequences_ _HAC_OSIRIS_non_swapped_official_plan.xlsx
OSIRIS_Sequences_ xlsx
OSIRIS_Fly-Bys_15Mar2013.xlsx
OSIRIS-Data-Volume_ _HAC.xlsx
RO-RIS-MPAE-TN-062/7-, OSIRIS Pre-landing Operations, Landing support and science

11. Backup

12. C-G Observations Rosetta’s first view of Comet Churyumov-Gerasimenko
25th March 2011, start 22:55, end 26th March 11:48
163 million km from target
24 deg phase angle
comet at 5.1 AU (640 Mio km) from Sun
spacecraft at 4.14 AU from Sun
5min exposures full frame NAC and WAC
52*15min (13h) exposures, clear filter, 512x512 px (~0.5 deg)
R=20.9 (~ a million times fainter than the faintest stars visible to the naked eye)