Tab Page Summary
lattice oxygen atoms in SnO2
Badrinarayanan S., Mandale A.B., Gunjikar V.G., Sinha A.P.B.
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Total Records: 31
| | | | | |
|---|
| | | | | |
| Sn | 50 | SnSeOx | 3d5/2 | 486.00 | |
| Se | 34 | Se | 3p3/2 | 161.70 | |
| Se | 34 | SnSe | 3p3/2 | 159.60 | |
| Sn | 50 | SnSe | 3d5/2 | 486.00 | |
| Se | 34 | SnSeOx | 3p3/2 | 159.60 | |
| Sn | 50 | SnSeOx | 3d5/2 | 486.00 | |
| Sn | 50 | SnO2 | 3d5/2 | 487.10 | |
| Se | 34 | SnSeOx | 3p3/2 | 159.60 | |
| Sn | 50 | SnSeOx | 3d5/2 | 486.00 | |
| Sn | 50 | SnO2 | 3d5/2 | 487.10 | |
| O | 8 | SnO2 | 1s | 531.00 | |
| O | 8 | SnSeOx | 1s | 531.80 | |
| Se | 34 | SnSeOx | 3p3/2 | 160.00 | |
| Sn | 50 | SnO2 | 3d5/2 | 487.10 | |
| O | 8 | SnO2 | 1s | 531.00 | |
| O | 8 | SnSeOx | 1s | 533.00 | |
| Se | 34 | SnSeOx | 3p3/2 | 160.30 | |
| Sn | 50 | SnSeOx | 3d5/2 | 486.00 | |
| Sn | 50 | SnO2 | 3d5/2 | 487.10 | |
| O | 8 | SnO2 | 1s | 531.00 | |
| O | 8 | SnSeOx | 1s | 533.00 | |
| Se | 34 | SnSeOx | 3p3/2 | 159.40 | |
| Sn | 50 | SnSeOx | 3d5/2 | 486.00 | |
| Sn | 50 | SnO2 | 3d5/2 | 487.10 | |
| O | 8 | SnO2 | 1s | 531.00 | |
| O | 8 | SnSeOx | 1s | 533.10 | |
| Se | 34 | SnSeOx | 3p3/2 | 160.90 | |
| Se | 34 | SnSeOx | 3p3/2 | 161.80 | |
| Se | 34 | SeO2 | 3p3/2 | 165.50 | |
| Sn | 50 | SnO2 | 3d5/2 | 487.10 | |
Overall Energy Resolution (eV):
Calibration:
Au4f7 = 84.00, Sn3d5 =484.98
Charge Reference:
Conductor
Energy Scale Evaluation:
Reliable, with one-point correction of energy scale
Comment:
SnSe was heated in air for 120 min at 760 Torr pressure (T=923 K). in SnSeOx system
Method of Determining Specimen Composition:
Method of Determining Specimen Crystallinity:
Specimen Temperature (K):
300