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Nonlinear optical response of three-level systems
R. Bavli, D. F. Heller,
Y. B. Band
Department of Chemistry
Research output
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Contribution to journal
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Article
›
peer-review
20
Scopus citations
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Dive into the research topics of 'Nonlinear optical response of three-level systems'. Together they form a unique fingerprint.
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Keyphrases
Rotating Wave Approximation
100%
Three-level System
100%
Nonlinear Optical Response
100%
Off-resonance
80%
Optical Transitions
60%
Optical Response
40%
Field Amplitude
40%
Pulse Duration
20%
Stokes
20%
Density Matrix Elements
20%
Two-field
20%
Dephasing Time
20%
Off-diagonal
20%
Frequency Region
20%
Optical Field
20%
Slowly Varying
20%
Nonlinear Absorption
20%
Perturbative Expansion
20%
Frequency Mode
20%
Incident Field
20%
Central Frequency
20%
Rabi Splitting
20%
Maxwell-Bloch Equations
20%
Raman Modes
20%
Shift Frequency
20%
Raman Gain
20%
Raman Susceptibility
20%
T1 Time
20%
Raman Transition
20%
Engineering
Optical Transition
100%
Field Amplitude
66%
Pulse Duration
33%
Density Matrix
33%
Matrix Element
33%
Ground State
33%
Optical Field
33%
Interacting System
33%
Frequency Region
33%
Incident Field
33%
Central Frequency
33%
Nonlinear Absorption
33%
Bloch Equation
33%
Raman Gain
33%
Material Science
Density
100%
Mechanical Strength
100%
Dephasing
100%
Physics
Optical Transition
100%
Ground State
33%