X-typed curvilinear transport of strongly absorbing particle in a dual-beam fiber optical trap
Posted on 2019-11-06 - 16:10
We propose and demonstrate a novel approach to transport a strongly absorbing particle in an X-typed trajectory reciprocally in pure liquid glycerol based on a dual-beam optical fiber trap. We perform the X-typed light field by integrating a glass microsphere on the tip of a two-core fiber. The motion of the absorbing particle in pure liquid glycerol is dominated by the Δα-type photophoretic forces (FΔα). The incident laser power determines the direction of FΔα. Therefore, we may perform the reciprocating transport of the absorbing particle by changing and controlling the laser power. It is simple to manufacture the fiber probe and convenient to operate the transport of the microparticle. Our research expands the applications of absorbing particles in targeted drug delivery, biological sampling, and optically mediated particle clearing.
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Liu, Zhihai; Wang, Lu; Zhang, Yu; Lin, Siyu; Zhang, Yaxun; Yang, xinghua; et al. (2019). X-typed curvilinear transport of strongly absorbing particle in a dual-beam fiber optical trap. Optica Publishing Group. Collection. https://doi.org/10.6084/m9.figshare.c.4574108.v1
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AUTHORS (9)
ZL
Zhihai Liu
LW
Lu Wang
YZ
Yu Zhang
SL
Siyu Lin
YZ
Yaxun Zhang
xY
xinghua Yang
JZ
Jianzhong Zhang
JY
Jun Yang
LY
Libo Yuan