NIST X-ray Photoelectron Spectroscopy Database

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Total Records: 17

Element

Atomic No

Formula

Spectral Line

Energy (eV)

Details

P₂O₅

532.60

P₂O₅

534.30

P₂O₅

2p_3/2

135.60

MoO₃

530.50

MoO₃

3d_5/2

232.40

(MoO₃)₄₆(P₂O₅)₅₄

531.30

(MoO₃)₄₆(P₂O₅)₅₄

532.90

(MoO₃)₄₆(P₂O₅)₅₄

2p_3/2

133.90

(MoO₃)₄₆(P₂O₅)₅₄

3d_5/2

232.70

(MoO₃)₅₆(P₂O₅)₄₄

531.30

(MoO₃)₅₆(P₂O₅)₄₄

533.00

(MoO₃)₅₆(P₂O₅)₄₄

2p_3/2

133.90

(MoO₃)₅₆(P₂O₅)₄₄

3d_5/2

232.90

(MoO₃)₆₈(P₂O₅)₃₂

531.30

(MoO₃)₆₈(P₂O₅)₃₂

533.10

(MoO₃)₆₈(P₂O₅)₃₂

2p_3/2

133.80

(MoO₃)₆₈(P₂O₅)₃₂

3d_5/2

233.10

Photoelectron Line

531.30

Background Subtraction Method:

Peak Location Method:

data

Full Width at Half-maximum Intensity (eV):

Gaussian Width (eV):

Lorentzian Width (eV):

Use of X-ray Monochromator:

Anode Material:

X-ray Energy:

Overall Energy Resolution (eV):

Calibration:

Charge Reference:

Adventitious carbon

Energy Scale Evaluation:

Reliable, with one-point correction of energy scale

Comment:

The glass was prepared from reagent grade MoO3 and NH4H2PO4 mixed according to their molar compositions. The mixture was first heated below melting temperature in order to remove water and ammonice. The product was melted and kept at about 1473 K for 30 min for homogenization and then air quenched.