NIST X-ray Photoelectron Spectroscopy Database

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Total Records: 23

Element

Atomic No

Formula

Spectral Line

Energy (eV)

Details

(B₂O₃)₁₅(Zn(PO₃)₂)₈₅

193.50

(B₂O₃)₂₅(Zn(PO₃)₂)₇₅

193.40

(B₂O₃)₃₀(Zn(PO₃)₂)₇₀

193.50

B₂O₃

193.70

(ZnO)₅₀(B₂O₃)₅₀

192.10

(P₂O₅)₅₀(ZnO)₅₀

534.10

(P₂O₅)₅₀(ZnO)₅₀

532.40

(P₂O₅)₄₅(ZnO)₅₅

534.30

(P₂O₅)₄₅(ZnO)₅₅

532.50

(P₂O₅)₄₀(ZnO)₆₀

534.50

(P₂O₅)₄₀(ZnO)₆₀

532.80

(P₂O₅)₃₅(ZnO)₆₅

534.30

(P₂O₅)₃₅(ZnO)₆₅

532.80

ZnO

529.90

B₂O₃

533.80

(ZnO)₅₀(B₂O₃)₅₀

531.90

(P₂O₅)₅₀(ZnO)₅₀

134.90

(P₂O₅)₄₅(ZnO)₅₅

134.90

(P₂O₅)₄₀(ZnO)₆₀

134.90

(P₂O₅)₃₅(ZnO)₆₅

134.80

(B₂O₃)₁₅(Zn(PO₃)₂)₈₅

135.30

(B₂O₃)₂₅(Zn(PO₃)₂)₇₅

135.20

(B₂O₃)₃₀(Zn(PO₃)₂)₇₀

135.00

Photoelectron Line

134.90

0.2

Background Subtraction Method:

Linear

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 (reported energy within 300 eV of a reference energy)

Comment:

The glass was prepared from mixture of reagent grade ZnO and NH4H2PO4 melted in air (T = 1273 K, time = 1 h). The glass was quenched on stell plate and annealed for 30 min near the glass transition temperature. The P2O5 content was determined by inductively coupled coupled plasma atomic emission spectroscopy.