Experiment
MIR absorbance spectra of pressed matrix grains from CR chondrites at varaible conditions of temperature and pressure
Sub-Experiment
EET92042 matrix grains (CR Chondrite)
Sub-Experiment
EET92042 matrix grains (CR Chondrite): ambient T and P
Spectrum
raw MIR absorbance spectrum of pressed EET92042 matrix grain N°1, underambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed EET92042 matrix grain N°2, underambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed EET92042 matrix grain N°3, underambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed EET92042 matrix grain N°4, underambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed EET92042 matrix grain N°5, underambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed EET92042 matrix grain N°6, under ambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed EET92042 matrix grain N°7, underambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed EET92042 matrix grain N°8, underambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed EET92042 matrix grain N°9, underambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed EET92042 matrix grain N°10, underambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed EET92042 matrix grain N°11, underambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed EET92042 matrix grain N°12, underambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed EET92042 matrix grain N°13, underambient conditions of pressure and temperature
Sub-Experiment
GRO95577 matrix grains (CR Chondrite)
Sub-Experiment
GRO95577 matrix grains (CR Chondrite): ambient T and P
Spectrum
raw MIR absorbance spectrum of pressed GRO95577 matrix grain N°1, under ambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed GRO95577 matrix grain N°3, under ambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed GRO95577 matrix grain N°3, under ambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed GRO95577 matrix grain N°4, under ambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed GRO95577 matrix grain N°5, under ambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed GRO95577 matrix grain N°6, under ambient conditions of pressure and temperature
Sub-Experiment
GRO95577 matrix grains (CR Chondrite):vacuum and T = 250°C
Spectrum
raw MIR absorbance spectrum of pressed GRO95577 matrix grain N°1, under vacuum and at T = 250°C
Spectrum
raw MIR absorbance spectrum of pressed GRO95577 matrix grain N°3, under vacuum and at T = 250°C
Spectrum
raw MIR absorbance spectrum of pressed GRO95577 matrix grain N°4, under vacuum and at T = 250°C
Spectrum
raw MIR absorbance spectrum of pressed GRO95577 matrix grain N°5, under vacuum and at T = 250°C
Spectrum
raw MIR absorbance spectrum of pressed GRO95577 matrix grain N°7, under vacuum and at T = 250°C
Spectrum
raw MIR absorbance spectrum of pressed GRO95577 matrix grain N°9, under vacuum and at T = 250°C
Sub-Experiment
LAP02342 matrix grains (CR Chondrite)
Sub-Experiment
LAP02342 matrix grains (CR Chondrite):ambient T and P
Spectrum
raw MIR absorbance spectrum of pressed LAP02342 matrix grain N°1, under ambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed LAP02342 matrix grain N°2, under ambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed LAP02342 matrix grain N°3, under ambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed LAP02342 matrix grain N°4, under ambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed LAP02342 matrix grain N°5, under ambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed LAP02342 matrix grain N°8, under ambient conditions of pressure and temperature
Sub-Experiment
LAP02342 matrix grains (CR Chondrite): vacuum and T = 250°C
Spectrum
raw MIR absorbance spectrum of pressed LAP02342 matrix grain N°1, under vacuum and at T = 250°C
Spectrum
raw MIR absorbance spectrum of pressed LAP02342 matrix grain N°2, under vacuum and at T = 250°C
Spectrum
raw MIR absorbance spectrum of pressed LAP02342 matrix grain N°9, under vacuum and at T = 250°C
Spectrum
raw MIR absorbance spectrum of pressed LAP02342 matrix grain N°13, under vacuum and at T = 250°C
Spectrum
raw MIR absorbance spectrum of pressed LAP02342 matrix grain N°14, under vacuum and at T = 250°C
Sub-Experiment
LAP04720 matrix grains (CR Chondrite)
Sub-Experiment
LAP04720 matrix grains (CR Chondrite): ambient T and P
Spectrum
raw MIR absorbance spectrum of pressed LAP04720 matrix grain N°2, under ambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed LAP04720 matrix grain N°3, under ambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed LAP04720 matrix grain N°5, under ambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed LAP04720 matrix grain N°6, under ambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed LAP04720 matrix grain N°8, under ambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed LAP04720 matrix grain N°9, under ambient conditions of pressure and temperature
Spectrum
raw MIR absorbance spectrum of pressed LAP04720 matrix grain N°10, under ambient conditions of pressure and temperature
Sub-Experiment
LAP04720 matrix grains (CR Chondrite): vacuum and T = 250°C
Spectrum
raw MIR absorbance spectrum of pressed LAP04720 matrix grain N°2 at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed LAP04720 matrix grain N°5 at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed LAP04720 matrix grain N°6 at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed LAP04720 matrix grain N°7 at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed LAP04720 matrix grain N°8 at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed LAP04720 matrix grain N°9 at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed LAP04720 matrix grain N°11 at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed LAP04720 matrix grain N°12 at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed LAP04720 matrix grain N°13 at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed LAP04720 matrix grain N°14 at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed LAP04720 matrix grain N°15 at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed LAP04720 matrix grain N°16 at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed LAP04720 matrix grain N°17 at T=250°C and under vacuum
Sub-Experiment
MAC87320 matrix grains (CR Chondrite)
Sub-Experiment
MAC87320 matrix grains (CR Chondrite): vacuum and T=250°C
Spectrum
raw MIR absorbance spectrum of pressed MAC87320 matrix grain N°1, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MAC87320 matrix grain N°2, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MAC87320 matrix grain N°3, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MAC87320 matrix grain N°4, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MAC87320 matrix grain N°5, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MAC87320 matrix grain N°6 at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MAC87320 matrix grain N°8, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MAC87320 matrix grain N°9, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MAC87320 matrix grain N°10, at T=250°C and under vacuum
Sub-Experiment
MET00426 matrix grains (CR Chondrite)
Sub-Experiment
MET00426 matrix grains (CR Chondrite):ambient T and P
Spectrum
raw MIR absorbance spectrum of pressed MET00426 matrix grain N°1, under ambient conditions
Spectrum
raw MIR absorbance spectrum of pressed MET00426 matrix grain N°3, under ambient conditions
Spectrum
raw MIR absorbance spectrum of pressed MET00426 matrix grain N°4, under ambient conditions
Spectrum
raw MIR absorbance spectrum of pressed MET00426 matrix grain N°6, under ambient conditions
Spectrum
raw MIR absorbance spectrum of pressed MET00426 matrix grain N°8, under ambient conditions
Spectrum
raw MIR absorbance spectrum of pressed MET00426 matrix grain N°9, under ambient conditions
Spectrum
raw MIR absorbance spectrum of pressed MET00426 matrix grain N°10, under ambient conditions
Sub-Experiment
MIL090001 matrix grains (CR Chondrite)
Sub-Experiment
MIL090001 matrix grains (CR Chondrite):vacuum and T = 250°C
Spectrum
raw MIR absorbance spectrum of pressed MIL090001 matrix grain N°1, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MIL090001 matrix grain N°2, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MIL090001 matrix grain N°3, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MIL090001 matrix grain N°5, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MIL090001 matrix grain N°8, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MIL090001 matrix grain N°11, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MIL090001 matrix grain N°12, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MIL090001 matrix grain N°13, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MIL090001 matrix grain N°14, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MIL090001 matrix grain N°16, at T=250°C and under vacuum
Sub-Experiment
MIL090657 matrix grains (CR Chondrite)
Sub-Experiment
MIL090657 matrix grains (CR Chondrite): vacuum at ambient temperature
Spectrum
raw MIR absorbance spectrum of pressed MIL090657 matrix grain N°2 at ambient temperature and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MIL090657 matrix grain N°3 at ambient temperature and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MIL090657 matrix grain N°4 at ambient temperature and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MIL090657 matrix grain N°6 at ambient temperature and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MIL090657 matrix grain N°8 at ambient temperature and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MIL090657 matrix grain N°10 at ambient temperature and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed MIL090657 matrix grain N°12 at ambient temperature and under vacuum
Sub-Experiment
NWA13724 matrix grains (CR Chondrite)
Sub-Experiment
NWA13724 matrix grains (CR Chondrite): vacuum and T = 250°C
Spectrum
raw MIR absorbance spectrum of pressed NWA13724 matrix grain N°1, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA13724 matrix grain N°2, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA13724 matrix grain N°6, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA13724 matrix grain N°7, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA13724 matrix grain N°13, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA13724 matrix grain N°14, at T=250°C and under vacuum
Sub-Experiment
NWA14250 matrix grains (CR Chondrite)
Sub-Experiment
NWA14250 matrix grains (CR Chondrite): vacuum and T = 250°C
Spectrum
raw MIR absorbance spectrum of pressed NWA14250 matrix grain N°2, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14250 matrix grain N°3, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14250 matrix grain N°4, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14250 matrix grain N°5, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14250 matrix grain N°7, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14250 matrix grain N°8, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14250 matrix grain N°10, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14250 matrix grain N°12, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14250 matrix grain N°14, at T=250°C and under vacuum
Sub-Experiment
NWA14499 matrix grains (CR Chondrite)
Sub-Experiment
NWA14499 matrix grains (CR Chondrite): vacuum and T = 250°C
Spectrum
raw MIR absorbance spectrum of pressed NWA14499 matrix grain N°1, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14499 matrix grain N°2, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14499 matrix grain N°3, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14499 matrix grain N°4, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14499 matrix grain N°5, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14499 matrix grain N°7, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14499 matrix grain N°9, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14499 matrix grain N°10, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14499 matrix grain N°13, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14499 matrix grain N°14, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14499 matrix grain N°15, at T=250°C and under vacuum
Sub-Experiment
NWA14700 matrix grains (CR Chondrite)
Sub-Experiment
NWA14700 matrix grains (CR Chondrite):vacuum and at T = 250°C
Spectrum
raw MIR absorbance spectrum of pressed NWA14700 matrix grain N°1, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14700 matrix grain N°2, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14700 matrix grain N°4, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14700 matrix grain N°6, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14700 matrix grain N°7, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14700 matrix grain N°8, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14700 matrix grain N°9, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14700 matrix grain N°10, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed NWA14700 matrix grain N°11, at T=250°C and under vacuum
Sub-Experiment
PCA91082 matrix grains (CR Chondrite)
Sub-Experiment
PCA91082 matrix grains (CR Chondrite):vacuum and T = 250°C
Spectrum
raw MIR absorbance spectrum of pressed PCA91082 matrix grain N°1, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed PCA91082 matrix grain N°2, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed PCA91082 matrix grain N°3, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed PCA91082 matrix grain N°6, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed PCA91082 matrix grain N°7, at T=250°C and under vacuum
Spectrum
raw MIR absorbance spectrum of pressed PCA91082 matrix grain N°8, at T=250°C and under vacuum
Sub-Experiment
QUE94603 matrix grains (CR Chondrite)
Sub-Experiment
QUE94603 matrix grains (CR Chondrite):ambient T and P
Spectrum
raw MIR absorbance spectrum of pressed QUE94603 matrix grain N°3, under ambient conditions
Spectrum
raw MIR absorbance spectrum of pressed QUE94603 matrix grain N°5, under ambient conditions
Spectrum
raw MIR absorbance spectrum of pressed QUE94603 matrix grain N°7, under ambient conditions
Spectrum
raw MIR absorbance spectrum of pressed QUE94603 matrix grain N°8, under ambient conditions
Spectrum
raw MIR absorbance spectrum of pressed QUE94603 matrix grain N°9, under ambient conditions
Spectrum
raw MIR absorbance spectrum of pressed QUE94603 matrix grain N°11, under ambient conditions
Sub-Experiment
QUE99177 matrix grains (CR Chondrite)
Sub-Experiment
QUE99177 matrix grains (CR Chondrite): ambient T and P
Spectrum
raw MIR absorbance spectrum of pressed QUE99177 matrix grain N°1, under ambient conditions
Spectrum
raw MIR absorbance spectrum of pressed QUE99177 matrix grain N°2, under ambient conditions
Spectrum
raw MIR absorbance spectrum of pressed QUE99177 matrix grain N°3, under ambient conditions
Spectrum
raw MIR absorbance spectrum of pressed QUE99177 matrix grain N°4, under ambient conditions
Spectrum
raw MIR absorbance spectrum of pressed QUE99177 matrix grain N°5, under ambient conditions
Spectrum
raw MIR absorbance spectrum of pressed QUE99177 matrix grain N°6, under ambient conditions
Spectrum
raw MIR absorbance spectrum of pressed QUE99177 matrix grain N°7, under ambient conditions
Spectrum
raw MIR absorbance spectrum of pressed QUE99177 matrix grain N°8, under ambient conditions
Spectrum
raw MIR absorbance spectrum of pressed QUE99177 matrix grain N°9, under ambient conditions
Spectrum
raw MIR absorbance spectrum of pressed QUE99177 matrix grain N°10, under ambient conditions
- Database
- Experimentalists
- Date
- 2021-01-01
- Provider
- IPAG
- Thickness
- 15.0 5.0
- Diameter
- 40.0
- Substrate material
- diamond window
- Substrate comments
- diamond window of 3.5mm diameter
- Comments
- manual selection under binocular of about 10 matrix grains of approximate diameter between 30 and 50 microns
- Temperature
- 22.0 2.0
- Temperature max
- 22.0 2.0
- Type
- ambient air
- Fluid temperature
- 22.0 2.0
- Fluid pressure
- 1.0
- Number
- 1
- Layers
-
- Layer #1 , 15.0
- Title
- selection and preparation of the matrix grains on diamond windows
- Matters
- Sample
- QUE94603 matrix grains (CR) on diamond (this sample)
- Processing steps
-
Step Chronology Date Type Process Changes #1 before layer formation 2021-01-01 mechanical Manual selection under optical binocular of about 10 matrix grains of about 30-50 microns diameter. Matrix selected based on its black color and on its fine-grained texture #2 during layer formation 2021-01-01 mechanical Grains pressed between two diamond windows with a mechanical press grain crushed down to a thickness of about 10 microns