Mm-wave f-to-g Rydberg transitions in NO increase early and late ultracold-plasma signals by about a factor of two, indicating that arrested relaxation requires long-lived Rydberg molecules in addition to ions.
Physical Review A 2010, 81(3):032514
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Control of molecular ultracold plasma relaxation dynamics by mm-wave Rydberg-Rydberg transitions
Mm-wave f-to-g Rydberg transitions in NO increase early and late ultracold-plasma signals by about a factor of two, indicating that arrested relaxation requires long-lived Rydberg molecules in addition to ions.