This paper presents details of the design and fabrication of test structures specifically designed for the characterisation of two distinct digital microfluidic technologies: Electro-Wetting On Dielectric (EWOD) and Surface Acoustic Wave (SAW). A test chip has been fabricated that includes structures with a wide range of dimensions and provides the capability to characterise enhanced droplet manipulation as well as other integrated functions. In particular, we detail the use of EWOD to anchor droplets while SAW excitation is applied to perform mixing.</p
In recent years, the high intensity surface acoustic wave (SAW) generated by interdigital tr...
This project investigates the use of surface acoustic waves (SAWs) for applications in low cost, low...
This paper presents a methodology together with a characterisation system for rapidly and quantitati...
This paper presents details of the design and fabrication of test structures specifically designed f...
This paper presents details of the design and fabrication of test structures specifically designed f...
This paper presents details of the design and fabrication of test structures specifically designed f...
This paper details the first reported integration of two advanced digital microfluidic technologies ...
This paper presents integrated microfluidiclab-on-a-chip technology combining surface acoustic wave(...
This paper demonstrates several enhanced microfluidic functions achieved by integrating two differen...
International audienceThis paper presents a brief overview of Electro Wetting On Dielectric (EWOD) m...
Surface acoustic waves (SAW) generated in a piezoelectric substrate may be used to manipulate micro-...
In recent years, surface acoustic wave (SAW) that were generated by interlocking patterns of the int...
Lab-on-a-chip microfluidic systems hold substantial promise for a wide range of diagnostic and thera...
Microfluidics, the study of fluid flow at the sub-millimetre scale, is an enabling technology that o...
This paper presents a systematic overview on the recent works on surface acoustic wave (SAW) driven ...
In recent years, the high intensity surface acoustic wave (SAW) generated by interdigital tr...
This project investigates the use of surface acoustic waves (SAWs) for applications in low cost, low...
This paper presents a methodology together with a characterisation system for rapidly and quantitati...
This paper presents details of the design and fabrication of test structures specifically designed f...
This paper presents details of the design and fabrication of test structures specifically designed f...
This paper presents details of the design and fabrication of test structures specifically designed f...
This paper details the first reported integration of two advanced digital microfluidic technologies ...
This paper presents integrated microfluidiclab-on-a-chip technology combining surface acoustic wave(...
This paper demonstrates several enhanced microfluidic functions achieved by integrating two differen...
International audienceThis paper presents a brief overview of Electro Wetting On Dielectric (EWOD) m...
Surface acoustic waves (SAW) generated in a piezoelectric substrate may be used to manipulate micro-...
In recent years, surface acoustic wave (SAW) that were generated by interlocking patterns of the int...
Lab-on-a-chip microfluidic systems hold substantial promise for a wide range of diagnostic and thera...
Microfluidics, the study of fluid flow at the sub-millimetre scale, is an enabling technology that o...
This paper presents a systematic overview on the recent works on surface acoustic wave (SAW) driven ...
In recent years, the high intensity surface acoustic wave (SAW) generated by interdigital tr...
This project investigates the use of surface acoustic waves (SAWs) for applications in low cost, low...
This paper presents a methodology together with a characterisation system for rapidly and quantitati...