In-syringe dispersive solid phase extraction: a novel format for electrospun fiber based microextraction
A novel in-syringe dispersive solid phase extraction (dSPE) system using electrospun silica
fibers as adsorbents has been developed in the current work. A few milligrams of
electrospun silica fibers were incubated in sample solution in the barrel of a syringe for
microextraction assisted by vortex. Due to the benefit of dispersion and the high mass
transfer rate of the sub-microscale electrospun silica fibers, the extraction equilibrium was
achieved in a very short time (less than 1 min). Moreover, thanks to the long fibrous …
fibers as adsorbents has been developed in the current work. A few milligrams of
electrospun silica fibers were incubated in sample solution in the barrel of a syringe for
microextraction assisted by vortex. Due to the benefit of dispersion and the high mass
transfer rate of the sub-microscale electrospun silica fibers, the extraction equilibrium was
achieved in a very short time (less than 1 min). Moreover, thanks to the long fibrous …
In-syringe dispersive solid phase extraction: a novel format for electrospun fiber based microextraction.
ZGT Zhu GangTian, HXM He XiaoMei… - 2014 - cabidigitallibrary.org
A novel in-syringe dispersive solid phase extraction (dSPE) system using electrospun silica
fibers as adsorbents has been developed in the current work. A few milligrams of
electrospun silica fibers were incubated in sample solution in the barrel of a syringe for
microextraction assisted by vortex. Due to the benefit of dispersion and the high mass
transfer rate of the sub-microscale electrospun silica fibers, the extraction equilibrium was
achieved in a very short time (less than 1 min). Moreover, thanks to the long fibrous …
fibers as adsorbents has been developed in the current work. A few milligrams of
electrospun silica fibers were incubated in sample solution in the barrel of a syringe for
microextraction assisted by vortex. Due to the benefit of dispersion and the high mass
transfer rate of the sub-microscale electrospun silica fibers, the extraction equilibrium was
achieved in a very short time (less than 1 min). Moreover, thanks to the long fibrous …
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