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# tn1483test14

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Return to NIST Technical Note 1483

## Data

Data for the test are available in a comma-separated spreadsheet file

## Summary data plots

### Rear O2 volume fraction corrected for water (wet) (O2Rear )

### Rear CO2 volume fraction corrected for water (wet) (CO2Rear )

### Rear CO volume fraction corrected for water (wet) (CORear )

### Rear Total Hydrocarbons volume fraction corrected for water (wet) (THCRear )

### Rear Soot Mass fraction corrected for water (wet) (SootRear )

### Front O2 volume fraction corrected for water (wet) (O2Front )

### Front CO2 volume fraction corrected for water (wet) (CO2Front )

### Front CO volume fraction corrected for water (wet) (COFront )

### Front Total Hydrocarbons volume fraction corrected for water (wet) (THCFront )

### Front Soot Mass fraction corrected for water (wet) (SootFront )

### Total Heat Flux at Rear Floor (HFR )

### Total Heat Flux at Front Floor (HFF )

### Ambient Temperature in LFL (TambCal )

### Aspirated thermocouple at rear sample location (TRSampA )

### Aspirated thermocouple at front sample location (TFSampA )

### Aspirated thermocouple in RSE (TR24A )

### Aspirated thermocouple in RSE (TR80A )

### Aspirated thermocouple in RSE (TF24A )

### Aspirated thermocouple in RSE (TF80A )

### Bare-bead thermocouple near heat flux gauge (TFloorR )

### Bare-bead thermocouple near heat flux gauge (TFloorF )

### Bare-bead thermocouple on ceiling (TCeilF )

### Bare-bead thermocouple on outside rear wall (TWallUR )

### Bare-bead thermocouple in space below floor (TUFloor )

### Bare-bead thermocouple in doorway (TD79LBB )

### Bare-bead thermocouple in doorway (TD79CBB )

### Bare-bead thermocouple in doorway (TD79RBB )

###  Aspirated thermocouple in doorway (TD70LA )

### Bare-bead thermocouple in doorway (TD70LBB )

### Aspirated thermocouple in doorway (TD70CA )

### Bare-bead thermocouple in doorway (TD70CBB )

### Aspirated thermocouple in doorway (TD30LA )

### Bare-bead thermocouple in doorway (TD30LBB )

### Bare-bead thermocouple in doorway (TD60CBB )

### Aspirated thermocouple in doorway (TD50CA )

### Bare-bead thermocouple in doorway (TD50CBB )

### Bare-bead thermocouple in doorway (TD40CBB )

### Aspirated thermocouple in doorway (TD30CA )

### Bare-bead thermocouple in doorway (TD30CBB )

### Bare-bead thermocouple in doorway (TD20LBB )

### Bare-bead thermocouple in doorway (TD20CBB )

### Bare-bead thermocouple in doorway (TD20RBB )

### Bare-bead thermocouple in doorway (TD5CBB )

### Bi-directional probe velocity in doorway (VD79L )

### Bi-directional probe velocity in doorway (VD79C )

### Bi-directional probe velocity in doorway (VD79R )

### Bi-directional probe velocity in doorway (VD60C )

### Bi-directional probe velocity in doorway (VD40C )

### Bi-directional probe velocity in doorway (VD20L )

### Bi-directional probe velocity in doorway (VD20C )

### Bi-directional probe velocity in doorway (VD20R )

### Bi-directional probe velocity in doorway (VD5C )

### Heat Release Rate from Calorimeter (HRRcal )

### Heat Release Rate from Burner (gas (HRRburner )

### Exhaust hood mass flow rate (StackMFR )

### Exhaust hood temperature (near bi-directional probe) (Tstack )

### Exhaust O2 volume fraction (dry) (O2stack )

### Exhaust CO2 volume fraction (dry) (CO2stack )

### Exhaust CO volume fraction (dry) (COstack )

### Exhaust total hydrocarbons volume fraction (dry) (THCstack )

### Exhaust soot mass concentration (wet) (MSstack )

### Rear water volume fraction (calculated from CO/CO2) (H2ORear )

### Front water volume fraction (calculated from CO/CO2) (H2OFront )

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