Metastable Innershell Molecular State (MIMS) IV: Heteronucleus K-shell MIMS with H+ and He+

Abstract

The model of MIMS (Metastable Innershell Molecular State) has been applied to interpreting the Kα X-ray satellite data of target atoms in H+ and He+ ion impact on Al, Ca and Ti targets. The binding energies of the heteronucleus H-K-MIMS (K-shell MIMS formed with H and a target atom) and He-K-MIMS have been obtained. The binding energy trend of the H-K-MIMS shows a Z2 dependency similar to that of the homonucleus K-MIMS, while that of the He-K-MIMS shows a transitional behavior from the former to the latter. These behaviors were interpreted with the Z-expansion theory of heteronucleus molecules.

Keywords

• Metastable Innershell Molecular State
• High energy density material
• Warm dense matter
• Inertial nuclear fusion
• X-ray laser
• Photolithography