Acta Optica Sinica, Volume. 39, Issue 12, 1223002(2019)
Transition Frequency and Spontaneous Emission Rate in the Asymmetric Gaussian Potential Two-Level System
Fig. 1. Probability density |Ψ(ρ,z,t)|2 versus the well width L under different the well depths V0 of the AG potential
Fig. 2. Probability density |Ψ(ρ,z,t)|2 as a function of the range R0 of the parabolic potential at different EPC strengths α
Fig. 3. Probability density |Ψ(ρ,z,t)|2 as a function of the time t at different EPC strengths α
Fig. 4. Probability density |Ψ(ρ,z,t)|2 as a function of the coordinate z at different well widths L of the AG potential
Fig. 5. Transition frequency ω01 versus the well width L under different the well depths V0 of the AG potential
Fig. 6. Probability density |Ψ(ρ,z,t)|2 versus the the range R0 of the parabolic potential under different EPC strengths α
Fig. 7. Spontaneous emission rate w as a function of the well width L of the AG potential at different EPC strengths α
Fig. 8. Spontaneous emission rate w versus the well width L under different the well depths V0 of the AG potential
Fig. 10. Spontaneous emission rate w as a function of the well width L of the AG potential at different the dispersion coefficients η
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Wei Xin, Hongwu Yin, [in Chinese]. Transition Frequency and Spontaneous Emission Rate in the Asymmetric Gaussian Potential Two-Level System[J]. Acta Optica Sinica, 2019, 39(12): 1223002
Category: Optical Devices
Received: Jun. 6, 2019
Accepted: Aug. 8, 2019
Published Online: Dec. 6, 2019
The Author Email: (eerdunchaolu@163.com)