[ PSI-22 // ACME ]
ACME E-FIELD Flames — Advanced Combustion via Microgravity Experiments Electric-Field Effects on Laminar Diffusion Flames
Hardware: Combustion Integrated Rack (CIR), ACME · Program: International Space Station (ISS) · Fuel phase: Gas · DOI 10.60555/se5a-8c73
Objective
The objective of this investigation is to better understand the relationship between electric field voltage and chemi-ion current, analyze the dynamic response of flames to electric field changes, evaluate soot formation, and characterize stabilized near-limit lifted flames.
ACME E-FIELD Flames (PSI-22, Combustion Integrated Rack (CIR), ACME, International Space Station (ISS)). 21 test runs from NASA PSI (DOI 10.60555/se5a-8c73).
Metadata Completeness
0%
Share of key conditions (oxygen, pressure, airflow) reported in the source tables.
Representative Conditions
Median of the values reported across this investigation's test runs.
- Fuel / Material
- Methane, Ethylene
- Gravity
- 0 g (microgravity, ISS / Cygnus flight)
- Oxygen Concentration
- Not reported
- Ambient Pressure
- Not reported
- Airflow Velocity
- Not reported
Findings summary
21 test runs recorded; microgravity (0 g, ISS / Cygnus flight).
Source: NASA PSI PSI-22: PSI-22_Experimental table_ACME E-FIELD Flames.csv (psi.nasa.gov). File, sheet and row are listed per test run below.
Experiment Design: Held Constant vs Varied
What stayed fixed across test runs, what was changed, and what was measured, from the NASA test tables.
Experimental table ACME E-FIELD Flames · 22 runs · 0 held constant · 3 varied · 1 measured
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Instrument and imaging settings (2)
- Date
- Notes
Test Runs (21)
Conditions and measurements for each run. Open a run to see every value and its source row.
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