Absorption Coefficients of Fine Structures of X-ray Absorption Spectra at Various Absorber Thickness
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概要
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By using the North American Philips Diffraction Unit and Wide Range Goniometer modified to a tube spectrometer described by Coster and De Lang, the fine structures of X-ray K absorption spectra of copper in metallic copper, CuCl_2・2H_2O, CuSO_4・5H_2O and cobalt in CoCl_2・6H_2O at various thickness were measured. The structures near the absorption edges are affected by the absorber thickness. The mass absorption coefficients of maximum absorption jumps become large with decreasing absorber thickness, and the small maximum and ninimum near the absorption edges also become indistinct with increasing absorber thickness. The wavelengths of these structures are slightly affected. This is due to the finite resolving power of the spectrometer and the tail of the spectral window as mentioned by Parratt. In the high energy regions from the absorption edges the absorption coefficients are not affected by the absorber thickness.
- 社団法人日本物理学会の論文
- 1958-01-05
著者
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Sawada* Masao
Department Of Physics Faculty Of Science Osaka University
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Tsutsumi Kenjiro
Department Of Physics Faculty Of Science Osaka University
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Obashi Masayoshi
North College Osaka University
関連論文
- On the Amorphous State of the Binary System of Nickel-Sulfur
- Fine Structures of X-ray K AbSorption Spectra of Copper in Various Copper Compounds
- Fine Structures of X-ray Absorption Spectra Of Cobalt in the Face Centered Cubic Lattice and Close-packed Hexagonal Lattice
- Absorption Coefficients of Fine Structures of X-ray Absorption Spectra at Various Absorber Thickness
- The X-ray Non-diagram Lines Kβ' of Some Compounds of the Iron Group
- Fine Structures of X-ray K Absorption Spectra of Nickel in Oxides of Nickel
- On the Structure of the X-Ray Non-diagram Lines Kβ_η for Elements from Cr(24) to Zn(30)
- On the Fine Structures of X-ray Absorption Spectra of Amorphous Substances : The Amorphous State of the Binary System of Nickel-Sulfur. II.
- Fine Structures of the X-ray Absorption by the Single Crystal of Germanium