Particles Manipulation in Multi-Plane Using Non-Diffracting Bessel Beam

Bin, 刘彬 Liu; Fengtie, 吴逢铁 Wu; Xinguang, 江新光 Jiang

doi:10.3788/cjl20093602.0379

中国激光

2009

DOI: 10.3788/cjl20093602.0379

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Particles Manipulation in Multi-Plane Using Non-Diffracting Bessel Beam

刘彬 Liu Bin¹,

吴逢铁 Wu Fengtie²,

江新光 Jiang Xinguang³

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Tunable Bessel beam generator based on a 3D-printed helical axicon on a fiber tip

Chen,

Wu,

et al. 2024

Opt. Lett.

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We demonstrate a tunable and fully enclosed fiber-based Bessel beam generator that has the potential for applications in a tough environment. This generator consists of a few-mode fiber (FMF), a short section of graded index fiber (GIF), and a 3D-printed helical axicon. The FMF provides tunable modes that carry an orbital angular momentum (OAM). The GIF was fused to the FMF to expand and collimate the generated modes. The helical axicon was 3D-printed on the GIF tip without any holes or gaps, which reshapes the OAM modes into Bessel modes and adds an additional helical phase structure to them, resulting in the generation of zeroth-order, first-order, and second-order Bessel beams. The fully enclosed structure provides high mechanical strength and optical stability, which enable the generator to be suitable for imaging or particle manipulation in a complex liquid or air environment.

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Tunable Bessel beam generator based on a 3D-printed helical axicon on a fiber tip

Chen,

Wu,

et al. 2024

Opt. Lett.

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Simulation and experimental confirmation on the reconstruction of Bessel beams

Fan¹,

Qian-An²,

Cheng³

et al. 2012

Acta Phys. Sin.

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The reconstruction property of the Bessel beam plays a significant role in the application of multi-plane micro-manipulation. We analyze the principle of the generation and the reconstruction of Bessel beam according to the Hankel wave theory; we also discuss the reconstructions of circular and square obstacles on-axial and off-axial of system in detail respectively. The generation of Bessel by axicon and the self-reconstruction property of Bessel beam after different kinds of obstacles are simulated by optical design software ZEMAX. Experimental result is used to confirm the simulation model, and it accords with the simulation very well. Therefore, we obtain a conclusion that the software ZEMAX can quickly and intuitively simulate the reconstruction of Bessel beam generated by axicon with high veracity.

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The self-reconstruction of periodic Bottle beam behind obstacle

Fan¹,

Wu²,

Cheng³

et al. 2012

Acta Phys. Sin.

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In this paper, the self-reconstructing property of periodic bottle beam generated by the Bessel beam interfering behind obstacle is analyzed. Based on the Hankel wave theory, we analyze the principle of self-reconstruction. According to the diffraction theory, we derive the evolution of beam behind an on-axis circular obstacle. The results show that the periodic bottle beam has the self-reconstructing property and the reconstructed beam maintains the beam intensity distribution. The research results are significant for realizing the multi-plane micro-manipulation by using a periodic bottle beam.

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Particles Manipulation in Multi-Plane Using Non-Diffracting Bessel Beam

Cited by 4 publications

References 0 publications

Tunable Bessel beam generator based on a 3D-printed helical axicon on a fiber tip

Tunable Bessel beam generator based on a 3D-printed helical axicon on a fiber tip

Simulation and experimental confirmation on the reconstruction of Bessel beams

The self-reconstruction of periodic Bottle beam behind obstacle

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