Bishunpur matrix grains (UOC) heated at 250°C (Layer #1) | GhoSST | SSHADE

Experiment Baseline corrected, average and normalized MIR transmission spectra of matrix fragments of UOC chondrites, pressed on diamonds under vacuum and at several temperatures

Sub-Experiment ALHA76004 (LL(L)3) T= 100°C and 300°C

Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of ALHA76004 pressed on diamond window under vacuum and at temperature T = 100°C Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of ALHA76004 pressed on diamond window under vacuum and at temperature T = 300°C

Sub-Experiment BTN00302 (LL3) T= 100°C and 300°C

Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of BTN00302 pressed on diamond window under vacuum and at temperature T = 100°C Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of BTN00302 pressed on diamond window under vacuum and at temperature T = 300°C

Sub-Experiment EET83248 (H3) T= 100°C and 300°C

Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of EET83248 pressed on diamond window under vacuum and at temperature T = 100°C Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of EET83248 pressed on diamond window under vacuum and at temperature T = 300°C

Sub-Experiment EET90066 (LL3) T= 100°C and 300°C

Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of EET90066 pressed on diamond window under vacuum and at temperature T = 100°C Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of EET90066 pressed on diamond window under vacuum and at temperature T = 300°C

Sub-Experiment EET90628 (LL3) T= 100°C and 300°C

Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of EET90628 pressed on diamond window under vacuum and at temperature T = 100°C Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of EET90628 pressed on diamond window under vacuum and at temperature T = 300°C

Sub-Experiment EET96188 (LL3) T= 100°C and 300°C

Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of EET96188 pressed on diamond window under vacuum and at temperature T = 100°C Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of EET96188 pressed on diamond window under vacuum and at temperature T = 300°C

Sub-Experiment GRO06054 (LL3) T= 100°C and 300°C

Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of GRO06054 pressed on diamond window under vacuum and at temperature T = 100°C Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of GRO06054 pressed on diamond window under vacuum and at temperature T = 300°C

Sub-Experiment GRO95504 (L3) T= 100°C and 300°C

Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of GRO95504 pressed on diamond window under vacuum and at temperature T = 100°C Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of GRO95504 pressed on diamond window under vacuum and at temperature T = 300°C

Sub-Experiment LEW87248 (LL3) T= 100°C and 300°C

Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of LEW87248 pressed on diamond window under vacuum and at temperature T = 100°C Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of LEW87248 pressed on diamond window under vacuum and at temperature T = 300°C

Sub-Experiment LEW87284 (LL3) T= 100°C and 300°C

Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of LEW87284 pressed on diamond window under vacuum and at temperature T = 300°C Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of LEW87284 pressed on diamond window under vacuum and at temperature T = 300°C

Sub-Experiment MCY05218 (L3) T= 100°C and 300°C

Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of MCY05218 pressed on diamond window under vacuum and at temperature T = 100°C Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of MCY05218 pressed on diamond window under vacuum and at temperature T = 300°C

Sub-Experiment QUE97008 (L3) T= 100°C and 300°C

Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of QUE97008 pressed on diamond window under vacuum and at temperature T = 100°C Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of QUE97008 pressed on diamond window under vacuum and at temperature T = 300°C

Sub-Experiment RBT04251 (LL3) T= 100°C and 300°C

Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of RBT04251 pressed on diamond window under vacuum and at temperature T = 100°C Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of RBT04251 pressed on diamond window under vacuum and at temperature T = 300°C

Sub-Experiment TIL82048 (LL(L)3) T= 100°C and 300°C

Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of TIL82408 pressed on diamond window under vacuum and at temperature T = 100°C Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of TIL82408 pressed on diamond window under vacuum and at temperature T = 300°C

Sub-Experiment A881607 (LL3) T= 120°C and 250°C

Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of A881607 pressed on diamond window under vacuum and at temperature T = 100°C Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of A881607 pressed on diamond window under vacuum and at temperature T = 100°C

Sub-Experiment Bishunpur (LL3) T= 120°C and 250°C

Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of Bishunpur pressed on diamond window under vacuum and at temperature T = 100°C Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of Bishunpur pressed on diamond window under vacuum and at temperature T = 100°C

Sub-Experiment Semarkona (LL3) T= 120°C and 250°C

Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of Semarkona pressed on diamond window under vacuum and at temperature T = 100°C Spectrum Baseline corrected, normalized and average MIR transmission spectrum of matrix fragments of Semarkona pressed on diamond window under vacuum and at temperature T = 100°C

Layer

Name: Layer #1

Physical characteristics

Type of layer: grains
Thickness: 15.0 $\pm$ 5.0 ${\mu}m$
Texture: individual grains
Type of porosity: porous
Comments: individual matrix grains of diameter of ~ 50 µm manually selected under binocular and pressed between two diamond windows

Formation conditions

Formation mode: pressing grains
Temperature: 22.0 $\pm$ 2.0 $^{\circ}C$
Comments: grains pressed between two diamond windows with a mechanical press

Materials in layer

Number

1

Arrangement

heterogeneous mixing

Materials

	Name	Arrangement	Mass (g)	Mass fraction	Abundance comments
	Bishunpur matrix grains heated at 250°C			1.0