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Principle
Moseley's law describes the relationship between the energy of the Ka lines of characteristic X-ray spectra and the atomic number. In this experiment, the characteristic X-ray lines of various different anode materials are determined in order to verify Moseley's law.
Tasks
- Record the X-ray spectra of the three X-ray tubes.
- Determine the wavelengths and frequencies of the characteristic X-ray lines based on the Bragg angles of the lines.
- Create the Moseley lines and determine the Rydberg constant and screening constant.
Learning objectives
- Characteristic X-radiation
- Bohr model
- Energy levels
- Binding energy
- Moseley's law
- Rydberg frequency
- Screening constant
- Bragg scattering
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Digital learning
(de) Versuchsbeschreibung
p2541001d .pdf
File size 0.88 Mb
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(de) Versuchsbeschreibung_docx
p2541001d .docx
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(en) Versuchsbeschreibung
p2541005_en .pdf
File size 1.75 Mb
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(es) Versuchsbeschreibung
p2541005_es .pdf
File size 1.59 Mb
pdf
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Characteristic X-ray lines of different anode materials / Moseley's law
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