NIST X-ray Photoelectron Spectroscopy Database

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Total Records: 194

Element

Atomic No

Formula

Spectral Line

Energy (eV)

Details

MnO₂

50.20

MnO₂

84.40

MnO₂

3s, sat

88.50

MnO₂

2p_3/2

642.20

MnO₂

2p_1/2

653.80

Cr₂O₃

78.90

Cr₂O₃

2p_3/2

576.10

Cr₂O₃

2p_1/2

586.00

Cr₂O₃

43.50

Cr₂O₃

75.30

Fe₂O₃

55.60

Fe₂O₃

93.50

Fe₂O₃

3s, sat

99.60

Mn₂O₃

49.50

Mn₂O₃

83.70

Mn₂O₃

3s, sat

89.30

Mn₂O₃

2p_3/2

641.60

Mn₂O₃

2p_1/2

653.40

Mn₃O₄

2p_3/2

641.50

Mn₃O₄

2p_1/2

653.10

Mn₃O₄

83.60

Mn₃O₄

3s, sat

89.30

Mn₃O₄

49.10

CoO

61.80

CoO

102.90

NiO

67.50

MnCr₂O₄

2p_3/2

640.30

MnCr₂O₄

2p_1/2

652.20

MnCr₂O₄

48.00

MnCr₂O₄

82.20

Data Processing:

Photoelectron Line

2p_1/2

586.30

0.2

Background Subtraction Method:

Shirley

Peak Location Method:

data

Full Width at Half-maximum Intensity (eV):

Gaussian Width (eV):

Lorentzian Width (eV):

Measurement:

Use of X-ray Monochromator:

Anode Material:

X-ray Energy:

Overall Energy Resolution (eV):

Calibration:

Ag3d5 = 368.27, Ni FL

Charge Reference:

Adventitious carbon

Energy Scale Evaluation:

Reliable, with one-point correction of energy scale

Comment:

The sample was prepared by forming solid solutions of the appropriate single oxides at 1223 K in atmospheres of CO2 or CO2/2% CO. Prior to analysis, the powdered oxide samples were ground and pressed.

Specimen:

Method of Determining Specimen Composition:

Energy Dispersive X-ray Spectroscopy

Method of Determining Specimen Crystallinity:

X-ray Diffraction

Specimen Temperature (K):

300