Goal is to develop a multi-channel micromachined chemical fluid jet dispenser that is applicable to prototype tests with biological samples that demonstrate its utility for molecular biology experiments. Objective is to demonstrate a new device capable of ultrasonically ejecting droplets from 10-200 {mu}m diameter capillaries that are arranged in an array that is linear or focused. The device is based on several common fabrication procedures used in MEMS (micro electro mechanical systems) technology: piezoelectric actuators, silicon, etc
The invention relates to a device for dispensing droplets comprising a first channel (8, 10), known ...
In this work, a novel droplet microfluidic sample introduction system for inductively coupled plasma...
We present the results on the design, fabrication, and performance of a gas-actuated micro-jet pump ...
A microfluidic dispensing device that is capable of generating droplets with volumes varying between...
273-277This paper presents a micromachining-based piezoelectrically actuated array microjet for biom...
Abstract High‐resolution fluid dispensing techniques play a critical role in modern digital microflu...
WO2002102515 A UPAB: 20030307 NOVELTY - Micro-dispensing method for liquids involves producing drops...
Microfluidic based miniature lab-on-a-chip devices integrate different laboratory functionality in m...
Precision micro-dispensing based upon ink jet technology has been used in medical diagnostics since ...
Microfluidic aliquot dispensing technologies have been utilized in many chemical or biological high ...
A novel micro-jet pump based on the principle of macroscopic jet pump are presented. The micro-jet p...
Thesis by publication.Bibliography: pages 92-100Chapter 1: Introduction -- Chapter 2: Literature rev...
Microfluidics is the study of fluid flows at the sub-millimetre scale, and requires the application ...
We present microfluidic chip based devices that produce liquid jets with micrometer diameters while ...
MicroelectromechanicaI systems (MEMS) devices are expected to revolutionise the biochip industry in ...
The invention relates to a device for dispensing droplets comprising a first channel (8, 10), known ...
In this work, a novel droplet microfluidic sample introduction system for inductively coupled plasma...
We present the results on the design, fabrication, and performance of a gas-actuated micro-jet pump ...
A microfluidic dispensing device that is capable of generating droplets with volumes varying between...
273-277This paper presents a micromachining-based piezoelectrically actuated array microjet for biom...
Abstract High‐resolution fluid dispensing techniques play a critical role in modern digital microflu...
WO2002102515 A UPAB: 20030307 NOVELTY - Micro-dispensing method for liquids involves producing drops...
Microfluidic based miniature lab-on-a-chip devices integrate different laboratory functionality in m...
Precision micro-dispensing based upon ink jet technology has been used in medical diagnostics since ...
Microfluidic aliquot dispensing technologies have been utilized in many chemical or biological high ...
A novel micro-jet pump based on the principle of macroscopic jet pump are presented. The micro-jet p...
Thesis by publication.Bibliography: pages 92-100Chapter 1: Introduction -- Chapter 2: Literature rev...
Microfluidics is the study of fluid flows at the sub-millimetre scale, and requires the application ...
We present microfluidic chip based devices that produce liquid jets with micrometer diameters while ...
MicroelectromechanicaI systems (MEMS) devices are expected to revolutionise the biochip industry in ...
The invention relates to a device for dispensing droplets comprising a first channel (8, 10), known ...
In this work, a novel droplet microfluidic sample introduction system for inductively coupled plasma...
We present the results on the design, fabrication, and performance of a gas-actuated micro-jet pump ...