[PDF] Top 20 A Microfluidic Device for Ultrasonic Separation
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A Microfluidic Device for Ultrasonic Separation
... full device, which is due to the intensity of the standing wave formed in the ...the device is empty (full of air), the structure shown in Figure 2 effectively has the fluid and the Pyrex layer removed, ... See full document
6
Microfluidic Approaches for Cancer Cell Separation: Review
... cell separation technologies described in this review illustrates the high level of inter- est and activity in this ...for separation of cell subpopulations for which specific markers are not known or ... See full document
15
Design of a Microfluidic Dye Extraction Device for Fiber Identification.
... grinding, ultrasonic machining (UM), and punching ...the microfluidic dye extraction device, a micromilling method was selected for production due to the availability of equipment, the capability to ... See full document
313
Reconfigurable particle separation by dynamic acoustic fields in microfluidic devices
... the device mounted on a printed circuit board (PCB), three sy- ringes to provide sheath flow and the flow of the particles, syringe pumps (World Precision Instru- ments, Sarasota, USA), a signal generator ... See full document
7
A silicon microfluidic ultrasonic separator
... Two types of device were fabricated; one with double chamfered ports and one with single chamfers. In order to achieve this, double-sided wafer processing was required. This was achieved using a double-sided ... See full document
10
Microfluidic device for primary tumor spheroid isolation
... fluidic device capable of isolating spheroids directly from primary tumor ...The device facilitates the separation of spheroids from single cells in the pri- mary tumor sample, and the captured ... See full document
7
Desalination on Microscale The Effect of Salt Concentration on the Desalination Performance of a Microfluidic Device
... Electrodialysis (ED) can be used as a technique for the desalination of brackish water sources. A schematic overview of this ED process is given in Figure 2.1. It is a separation process technology, where a feed ... See full document
28
A Microfluidic Approach For Investigating The Role Of Blood Flow In Thrombosis
... of microfluidic approaches to investigate a range of pathological flow conditions and their effects on thrombus ...impingement-post microfluidic device was designed to shear platelet-free plasma at ... See full document
115
Particle separation in microfluidic devices - SPLITT fractionation and microfluidics
... an ultrasonic cell washing system that can be used to transfer cells or particles from one liquid medium to another (washing), whilst the second example considers the separation of particles of differing ... See full document
22
A microfluidic multiplex proteomic immunoassay device for translational research
... in microchip electrochromatography [26]. Furthermore, nanomaterials offer catalytic properties and capability to act as electron-transfer mediators to improve analytical reaction in microfluidic methods [27]. Last ... See full document
5
Effect of a rotating frame on preventing bead aggregation in a microfluidic device
... where R is the radius of the syringe. One could imagine a situation where particles of variable values of w are separated longitudinally due to differential sampling of the longitudinal flow streams in a manner similar ... See full document
6
Tapered microfluidic device for multi particle separation based on sedimentation principle
... [66] K. Kwon, T. Sim, H. Moon, J. Lee, J. C. Park, and H. Jung, ―a Novel Particle Separation Method Using Multi-Stage Multi-Orifice Flow Fractionation ( Ms- Moff ),‖ 14th Int. Conf. Miniaturized Syst. Chem. Life ... See full document
39
Design and Verification of a Blood Cell Separation Microfluidic Device
... There are several microparticles separation method proposed in the literature. Most of these are usually tested using a theoretical model as well as experimental data. Simulation, on the other hand, cannot provide ... See full document
8
Design and development of coliform bacteria detection system integrated with microfluidic and optical absorbance measurement device
... Most of these early works involved photolithography and etching techniques on glass and silicon. Figure 2.5 shows the proses flow of micromachining on silicon wafer using photolithography and etching technique. Manz and ... See full document
48
Formal Verification of a Microfluidic Device for Blood Cell Separation
... Kralj et al. [24] modeled the trajectory of microparticles in a continuous flow nDEP based microfluidic device, with IDT electrodes, they developed for sorting of microparticles. The electrodes are located ... See full document
9
Phase separation of multiphase droplets in a digital microfluidic device
... with differing wettability [10], by surface treatments [8, 11–13] or by combining several techniques [14, 15]. Most of these methods utilize laminar parallel flows in microchannels. A laminar flow helps to maintain a ... See full document
10
Separation of Negatively Charged TiO2-Coated Polystyrene Beads in Microfluidic Device
... The microfluidic devices integrated with the microelectrodes were fabricated by UV and soft lithography process, as illustrated in Figure ...be microfluidic chip.Finally, the microfluidic chip was ... See full document
15
Smart Distance Measurement Device Using Ultra...
... the ultrasonic transducer at the transmitting ...The ultrasonic transducer which is used as a transmitter is driven by a inverting ...the ultrasonic transducer at the transmitting end generates a ... See full document
5
Development of A Novel Ultrasonic Sound-Generated Device: The Physical Tool for Controlling Immature Stages of Mosquitoes Transmitting Dengue Haemorrhagic Fever (Aedes aegypti) and Filariasis (Culex quinquefasciatus)
... the device operated for 2-3 minutes, as there was more space than that in 20-liter ...of ultrasonic exposure against the immature stages of both mosquito species was assessed by their mortality ... See full document
7
A microfluidic device to acquire high-magnification microphotographs of yeast cells
... for fluorescent staining of mannoprotein (localized in the cell wall) instead of fluorescein isothiocyanate-conju- gated ConA (FITC-ConA; Sigma-Aldrich) because Alexa488-ConA was brighter and more photostable than the ... See full document
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