2007Journal of Atomic and Molecular PhysicsRequires access

Spectrum simulation of Li-like Fe-L shell plasmas

Zhu Zheng-He

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Abstract

The collisional-radiative model from the FAC(flexible atomic code) is used to simulate Fe-L shell plasma consisting of Fe24+、Fe23+ and Fe22+,which is a general application to the calculation of Fe-L shell spectrum of collisionally ionized plasma,it includes the recombination and ionization process in the line formation.a X-ray spectra from the Fe-L plasmas is got,which shows the relations between X-ray wavelengths,relatively radiative intensity and the electronic temperature and density,which are important to plasmas diagnosis.

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What this paper is about

The collisional-radiative model from the FAC(flexible atomic code) is used to simulate Fe-L shell plasma consisting of Fe24+、Fe23+ and Fe22+,which is a general application to the calculation of Fe-L shell spectrum of collisionally ionized plasma,it includes the recombination and ionization process in the line formation.a X-ray spectra from the Fe-L plasmas is got,which shows the relations between X-ray wavelengths,relatively radiative intensity and the electronic temperature and density,which are important to plasmas diagnosis.

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Available abstract

The collisional-radiative model from the FAC(flexible atomic code) is used to simulate Fe-L shell plasma consisting of Fe24+、Fe23+ and Fe22+,which is a general application to the calculation of Fe-L shell spectrum of collisionally ionized plasma,it includes the recombination and ionization process in the line formation.a X-ray spectra from the Fe-L plasmas is got,which shows the relations between X-ray wavelengths,relatively radiative intensity and the electronic temperature and density,which are important to plasmas diagnosis.

Key concepts: Plasma, Atomic physics, Ionization, Radiative transfer, Spectral line, Wavelength, Line (geometry), Shell (structure)

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