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Beilstein J. Nanotechnol. 2019, 10, 294–304, doi:10.3762/bjnano.10.28
Figure 1: Cross section of a nanolaser built on a silver nanotube with an active core and an active shell.
Figure 2: Relief of the function D2(λ, γ) for a nanotube with a = h = 30 nm, d = 10 nm, α = 1.5.
Figure 3: Near H-fields of the eigenmodes of thin-wall nanotube, a = 30 nm and h = d = 10 nm: (a) λ = 565.03...
Figure 4: Near H-fields of the eigenmodes of thick-tube nanolaser, a = 30 nm, d = 10 nm, and h = 30 nm: (a) ...
Figure 5: The trajectories of the eigenvalues of lasing modes on the plane (λ, γ) for plasmonic silver nanotu...
Figure 6: The trajectories of the eigenvalues of lasing modes on the plane (λ, γ) for a plasmon nanolaser wit...
Figure 7: The trajectories of the eigenvalues of lasing modes on the plane (λ, γ) for a plasmonic silver nano...