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Excitation spectra of the np
3
Π
g
, n′p
3
Σ
g
+
←5s
3
Σ
u
+
(1
u
,0
u
-
) Rydberg series of Kr
2
M. N. Ediger
,
J. G. Eden
Electrical and Computer Engineering
Research output
:
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›
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›
peer-review
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Dive into the research topics of 'Excitation spectra of the np
3
Π
g
, n′p
3
Σ
g
+
←5s
3
Σ
u
+
(1
u
,0
u
-
) Rydberg series of Kr
2
'. Together they form a unique fingerprint.
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Keyphrases
Excitation Spectrum
100%
Rydberg Series
100%
Quantum Defects
100%
Neutral Species
33%
Spectral Peak
33%
Vibrational Frequencies
33%
Laser Excitation
33%
Dye Laser
33%
Ion State
33%
Bond Dissociation Energy
33%
Ionization Potential
33%
Rydberg
33%
Wavelength Interval
33%
Rydberg States
33%
Photoabsorption Cross Sections
33%
Excited Molecules
33%
Rydberg Transition
33%
Chemistry
Quantum Defect
100%
dimer
66%
Ground State
33%
Ionization Potential
33%
Vibrational Frequency
33%
Dissociation Energy
33%
Excimer
33%
Rydberg State
33%