SAME
Smoke and Aerosol Measurement Experiment
Detection · MSG
Research brief.
From the NASA challenge brief
Tested fire detection in microgravity by measuring smoke.
Comparison of existing detector performance for several smoke types in microgravity
Measure background particulate levels and aerosol generation in ISS cabin
Test early fire detection thresholds
Measure smoke aerosols from spacecraft materials in microgravity
AI synthesis.
Across every indexed paper for SAME
The AI backend isn't connected, so summaries can't be generated right now.
What the experiments revealed.
12 of 41 extracted findings · verified first, then by AI confidence
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01
In microgravity, increased particle sizes are observed in some cases, and the relative performance of ISS and space-shuttle smoke detectors changes.
Other · NTRS 20070031686 · p. 1 · AI confidence 95% · Unverified
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02
Well-ventilated flames and established fires emit smaller particulates that are readily detected by ionization detectors.
Detection · NTRS 20070031686 · p. 7 · AI confidence 95% · Unverified
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03
Current spacecraft smoke detectors were designed based on normal-gravity conditions due to a lack of microgravity smoke data.
Other · NTRS 20070031686 · p. 1 · AI confidence 95% · Unverified
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04
Smoke detector design must be based on low-gravity data because liquid smoke aerosols require on-orbit measurement of smoke particulate size distribution.
Prevention · NTRS 20070031686 · p. 18 · AI confidence 95% · Unverified
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05
The modified P-Trak demonstrated functionality in low-gravity during the DAFT experiment.
Detection · NTRS 20070031686 · AI confidence 95% · Unverified
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06
The ISS cabin environment has particulate levels substantially below those of the space shuttle and typical ground-based environments.
Other · NTRS 20070031686 · p. 1 · AI confidence 95% · Unverified
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07
Improvements in LED and diode laser technology have reduced the cost and increased the stability of photoelectric fire detectors.
Detection · NTRS 20070031686 · p. 7 · AI confidence 95% · Unverified
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08
Smoldering fires and overheated (pyrolyzing) materials produce larger particulates that favor scattering detectors.
Detection · NTRS 20070031686 · p. 7 · AI confidence 95% · Unverified
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09
Current fire detection systems in space were developed without spacecraft fire data.
Detection · NTRS 20170007283 · p. 7 · AI confidence 95% · Unverified
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10
Teflon smoke generated in GASP experiments would never trigger the ISS smoke detector alarm.
Detection · NTRS 20170007283 · p. 30 · AI confidence 95% · Unverified
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11
Detection times for GASP experiments ranged from 1 minute to 6 minutes, which was considered too slow.
Detection · NTRS 20170007283 · p. 30 · AI confidence 95% · Unverified
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12
The most likely source of a fire in spacecraft is overheating electronic equipment.
Prevention · NTRS 20170007283 · p. 9 · AI confidence 95% · Unverified