| object,quantity,unit,model,measured,difference,target,in_fit,measured_is,source,model_row | |
| "Stardust entry, 15 Jan 2006",peak load,g,32.170162,32.89,-0.7198,3.64,False,NASA's reconstruction of the entry (fitted simulation; no accelerometer flew),"Desai and Qualls 2008, AIAA-2008-1198, NTRS 20080008567, p.6",capsule_stardust row 0 | |
| "Stardust entry, 15 Jan 2006","time to the drogue altitude, 31.03 km",s after entry interface,138.9086,137.9,1.0086,7.4,False,"drogue opening, video and range radar","Desai and Qualls 2008, AIAA-2008-1198, NTRS 20080008567, pp.5-6",capsule_stardust row 0 | |
| "Stardust entry, 15 Jan 2006","time to the drogue Mach number, 1.23",s after entry interface,136.9531,137.9,-0.9469,7.4,False,"drogue opening, video and range radar","Desai and Qualls 2008, AIAA-2008-1198, NTRS 20080008567, pp.5-6",capsule_stardust row 0 | |
| "Stardust entry, 15 Jan 2006",peak heat flux at the nose (gap),W/cm2,696.139,,,,False,no measurement: NASA's computations give 762 to 1000 W/cm2,"the served model's description (Gap); NASA Planetary Mission Entry Vehicles Quick Reference Guide v4.1, NASA/SP-20230010341",capsule_stardust row 0 | |
| "InSight entry at Mars, 26 Nov 2018","air speed, 58 whole seconds 151 to 208 s, RMS of model minus flight",m/s,7.2,,7.2,,False,the flight's reconstructed air speed (data/insight_last59s),"InSight EDL bundle, NASA PDS, doi:10.17189/1518935 (edl_complete.tab; reconstruction by Karatekin and Van Hove, Royal Observatory of Belgium)","capsule_insight row 0, lift over drag -0.031 (measured on the first 150 s)" | |
| "InSight entry at Mars, 26 Nov 2018","radius, 58 whole seconds 151 to 208 s, RMS of model minus flight",m,244.9,,244.9,,False,the flight's reconstructed radius (data/insight_last59s),"InSight EDL bundle, NASA PDS, doi:10.17189/1518935 (edl_complete.tab; reconstruction by Karatekin and Van Hove, Royal Observatory of Belgium)","capsule_insight row 0, lift over drag -0.031 (measured on the first 150 s)" | |
| "InSight entry at Mars, 26 Nov 2018","deceleration, 58 whole seconds, RMS of model load minus sensed",g,0.031,,0.031,,False,"the inertial unit's acceleration, 201 samples averaged","InSight EDL bundle, NASA PDS, doi:10.17189/1518935 (edl_complete.tab; reconstruction by Karatekin and Van Hove, Royal Observatory of Belgium)","capsule_insight row 0, lift over drag -0.031 (measured on the first 150 s)" | |
| "InSight entry at Mars, 26 Nov 2018",time to reach the flight's speed at parachute deployment (352.1169 m/s),s after the first sample,210.579,209.2703,1.309,15.1,False,"deployment, the last row of the flight record, 209.2703 s","InSight EDL bundle, NASA PDS, doi:10.17189/1518935 (edl_complete.tab; reconstruction by Karatekin and Van Hove, Royal Observatory of Belgium)","capsule_insight row 0, lift over drag -0.031 (measured on the first 150 s)" | |
| "InSight entry at Mars, 26 Nov 2018",time to reach the flight's radius at parachute deployment,s after the first sample,208.685,209.2703,-0.585,15.1,False,"deployment, the last row of the flight record","InSight EDL bundle, NASA PDS, doi:10.17189/1518935 (edl_complete.tab; reconstruction by Karatekin and Van Hove, Royal Observatory of Belgium)","capsule_insight row 0, lift over drag -0.031 (measured on the first 150 s)" | |
| "InSight entry at Mars, 26 Nov 2018",radius at the flight's deployment time,m from the centre of Mars,3401765.1,3401878.62,-113.5,3500.0,False,"the flight's radius at deployment, one standard deviation 693.9 m","InSight EDL bundle, NASA PDS, doi:10.17189/1518935 (edl_complete.tab; reconstruction by Karatekin and Van Hove, Royal Observatory of Belgium)","capsule_insight row 0, lift over drag -0.031 (measured on the first 150 s)" | |
| "InSight entry at Mars, 26 Nov 2018",Mach number at the flight's deployment time,1,1.5014,1.522,-0.0206,0.2,False,NASA's printed Mach number at deployment,"Karlgaard and others 2020, NTRS 20200003204","capsule_insight row 0, lift over drag -0.031 (measured on the first 150 s)" | |
| "InSight entry at Mars, 26 Nov 2018",peak load (in the fit: the first 150 s),g,7.9519,8.118,-0.1661,0.5,True,"the flight's sensed peak deceleration, 8.118 g at 110.56 s; the lift was measured on these 150 s","InSight EDL bundle, NASA PDS, doi:10.17189/1518935 (edl_complete.tab; reconstruction by Karatekin and Van Hove, Royal Observatory of Belgium)","capsule_insight row 0, lift over drag -0.031 (measured on the first 150 s)" | |
| "InSight entry at Mars, 26 Nov 2018","air speed, 58 whole seconds 151 to 208 s, RMS of model minus flight",m/s,137.59,,137.59,,False,the flight's reconstructed air speed (data/insight_last59s),"InSight EDL bundle, NASA PDS, doi:10.17189/1518935 (edl_complete.tab; reconstruction by Karatekin and Van Hove, Royal Observatory of Belgium)","capsule_insight row 1, no lift" | |
| "InSight entry at Mars, 26 Nov 2018","radius, 58 whole seconds 151 to 208 s, RMS of model minus flight",m,3983.9,,3983.9,,False,the flight's reconstructed radius (data/insight_last59s),"InSight EDL bundle, NASA PDS, doi:10.17189/1518935 (edl_complete.tab; reconstruction by Karatekin and Van Hove, Royal Observatory of Belgium)","capsule_insight row 1, no lift" | |
| "InSight entry at Mars, 26 Nov 2018","deceleration, 58 whole seconds, RMS of model load minus sensed",g,0.0911,,0.0911,,False,"the inertial unit's acceleration, 201 samples averaged","InSight EDL bundle, NASA PDS, doi:10.17189/1518935 (edl_complete.tab; reconstruction by Karatekin and Van Hove, Royal Observatory of Belgium)","capsule_insight row 1, no lift" | |
| "InSight entry at Mars, 26 Nov 2018",time to reach the flight's speed at parachute deployment (352.1169 m/s),s after the first sample,226.398,209.2703,17.128,15.1,False,"deployment, the last row of the flight record, 209.2703 s","InSight EDL bundle, NASA PDS, doi:10.17189/1518935 (edl_complete.tab; reconstruction by Karatekin and Van Hove, Royal Observatory of Belgium)","capsule_insight row 1, no lift" | |
| "InSight entry at Mars, 26 Nov 2018",time to reach the flight's radius at parachute deployment,s after the first sample,232.095,209.2703,22.825,15.1,False,"deployment, the last row of the flight record","InSight EDL bundle, NASA PDS, doi:10.17189/1518935 (edl_complete.tab; reconstruction by Karatekin and Van Hove, Royal Observatory of Belgium)","capsule_insight row 1, no lift" | |
| "InSight entry at Mars, 26 Nov 2018",radius at the flight's deployment time,m from the centre of Mars,3406116.7,3401878.62,4238.1,3500.0,False,"the flight's radius at deployment, one standard deviation 693.9 m","InSight EDL bundle, NASA PDS, doi:10.17189/1518935 (edl_complete.tab; reconstruction by Karatekin and Van Hove, Royal Observatory of Belgium)","capsule_insight row 1, no lift" | |
| "InSight entry at Mars, 26 Nov 2018",Mach number at the flight's deployment time,1,1.9124,1.522,0.3904,0.2,False,NASA's printed Mach number at deployment,"Karlgaard and others 2020, NTRS 20200003204","capsule_insight row 1, no lift" | |
| "InSight entry at Mars, 26 Nov 2018",peak load (in the fit: the first 150 s),g,7.6007,8.118,-0.5173,0.5,True,"the flight's sensed peak deceleration, 8.118 g at 110.56 s; the lift was measured on these 150 s","InSight EDL bundle, NASA PDS, doi:10.17189/1518935 (edl_complete.tab; reconstruction by Karatekin and Van Hove, Royal Observatory of Belgium)","capsule_insight row 1, no lift" | |
| "Stardust heat shield, near-nose core","PICA wear, chained from the card's entry (gap)",mm,4.6479,5.7,-1.0521,,False,"the core cut from the recovered shield, 5.7 mm; 6.1 mm by X-ray scan (1.45 mm under that)","the served heat-shield solver's description (cores of the recovered shield: Stackpoole and coauthors, AIAA 2008-1202)",chain/worked | |