Add to ORKGOptical sorting of microparticles with respect to their properties was demonstrated. Both static and moving interference structures were used to separate dielectric living or non-living objects of different sizes and/or shapes
The growth of research into microfluidics, especially towards micro-Total Analysis Systems (μTAS), i...
We report the combined use of optical sorting and acoustic levitation to give particle sorting. Diff...
The use of an optical lattice produced by means of a five-beam interference pattern to perform fract...
We present a unique technique for optical sorting of heterogeneous suspensions of microparticles, wh...
Over the last few decades, the use of light to control and manipulate microscopic particles has beco...
The response of a microscopic dielectric object to an applied light field can profoundly affect its ...
The separation or sorting of cellular and colloidal particles is currently a central topics of resea...
The response of a microscopic dielectric object to an applied light field can profoundly affect its ...
An extended interference pattern close to the surface may result in either a transmissive or an evan...
The separation or sorting of cellular and colloidal particles is currently a central topics of resea...
We review the emergent techniques of microfluidic sorting of colloidal and cellular samples using op...
We review the emergent techniques of microfluidic sorting of colloidal and cellular samples using op...
The growth of research into microfluidics, especially towards micro-Total Analysis Systems (μTAS), i...
We report the combined use of optical sorting and acoustic levitation to give particle sorting. Diff...
The use of an optical lattice produced by means of a five-beam interference pattern to perform fract...
We present a unique technique for optical sorting of heterogeneous suspensions of microparticles, wh...
Over the last few decades, the use of light to control and manipulate microscopic particles has beco...
The response of a microscopic dielectric object to an applied light field can profoundly affect its ...
The separation or sorting of cellular and colloidal particles is currently a central topics of resea...
The response of a microscopic dielectric object to an applied light field can profoundly affect its ...
An extended interference pattern close to the surface may result in either a transmissive or an evan...
The separation or sorting of cellular and colloidal particles is currently a central topics of resea...
We review the emergent techniques of microfluidic sorting of colloidal and cellular samples using op...
We review the emergent techniques of microfluidic sorting of colloidal and cellular samples using op...
The growth of research into microfluidics, especially towards micro-Total Analysis Systems (μTAS), i...
We report the combined use of optical sorting and acoustic levitation to give particle sorting. Diff...
The use of an optical lattice produced by means of a five-beam interference pattern to perform fract...