Generation of a high-quality partially coherent dark hollow beam with a multimode fiber
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Cites background from "Generation of a high-quality partia..."
..., Gaussian correlated Schell-model functions) have been studied extensively in both theory and experiment [1–16] and have found wide applications, such as in free-space optical communications [17], particle trapping [9,18–20], atom cooling [21], atomic recoil lasing [22], optical imaging [23,24], laser scanning [25], inertial confinement fusion [26], reduction of noise in photography [27], second-harmonic generation [28,29], and optical scattering [30,31]....
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References
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"Generation of a high-quality partia..." refers background in this paper
...Over the past several years, dark-hollow beams (DHBs) with zero central intensity have been widely investigated both theoretically and experimentally due to their wide applications in atomic optics, free space optical communications, optical trapping of particles and life sciences [1-14]....
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603 citations
"Generation of a high-quality partia..." refers background in this paper
...It is well-known that decreasing the coherence of light can reduce speckle effects due to the intereference between different points of light in many applications [15, 16]....
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...Over the past decades, partially coherent beams have found wide applications in laser scanning, inertial confinement fusion, free space optical communication, imaging applications and nonlinear optics [15-19]....
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510 citations
316 citations
"Generation of a high-quality partia..." refers background in this paper
...Over the past several years, dark-hollow beams (DHBs) with zero central intensity have been widely investigated both theoretically and experimentally due to their wide applications in atomic optics, free space optical communications, optical trapping of particles and life sciences [1-14]....
[...]
250 citations
"Generation of a high-quality partia..." refers background in this paper
...Over the past decades, partially coherent beams have found wide applications in laser scanning, inertial confinement fusion, free space optical communication, imaging applications and nonlinear optics [15-19]....
[...]