## Analysis of the argon K absorption spectrum |

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### Contents

Determination of Integrated Oscillator | 44 |

RESULT AND DISCUSSION | 47 |

CONCLUSION | 53 |

3 other sections not shown

### Common terms and phrases

4p and 5p 4p and ls 5p transitions absorption cross section absorption transitions Appendix approximated arctangent argon atom assumed best set bound-bound transition calcite compared core electrons corrected correlation coefficient correlation diagram data analysis data points determined Dexter and Beeman dipole edge energy difference estimated excited electron excited potassium atom Experimental Transmission Data experimental value exponential decay fluorescence yield gives the minimum Hartree-Fock instrumental window integral K-absorption K-edge K-state Width K-width linewidth Lorentzian mass absorption coefficient measure method numerical calculation obtained one-electron model oscillator density oscillator strengths Oth(E Parratt Phys present analysis quantum defect radiative width Region I 100 resonance absorption rocking curve Schnopper 1962 sec of arc set of parameters shown in Fig Slater determinant spectra spectrum of argon standard error sum rule Takeshi Watanabe theoretical model theoretical values thickness effect three different pressures unfolding procedure Watanabe wave functions wavefunction x-ray absorption spectrum