Rydberg matter as a metastable state of strongly nonideal plasma
@article{Norman2001RydbergMA, title={Rydberg matter as a metastable state of strongly nonideal plasma}, author={Genri E. Norman}, journal={Journal of Experimental and Theoretical Physics Letters}, year={2001}, volume={73}, pages={10-12} }
The phase diagram of cesium is complemented by an isolated region of metastable states of a strongly nonideal plasma.
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References
SHOWING 1-7 OF 7 REFERENCES
Observation of singular diameters in the coexistence curves of metals.
- ChemistryPhysical review letters
- 1985
The functional form of the diameter is consistent with the suggestion by Goldstein and Ashcroft that the strong state dependence of the effective interparticle forces leads to large amplitudes of the 1 -$\ensuremath{\alpha}$ anomaly.
Density functional theory of Rydberg matter
- Physics, Chemistry
- 2000
The phase transition to a condensed state in a system of excited atoms was theoretically investigated in the beginning of 80-s. It was found that such a transition exists and is energetically…
Stimulated laser Raman processes in low-density Rydberg matter: Wave number and intensity blueshifts
- Physics
- 2000
Wave-number blueshifts of single-mode laser light in low-density Rydberg matter are found to be due to stimulated Raman processes. The Rydberg matter is mainly formed from Rydberg states of K atoms.…