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Double-emulsions are an important strategy to encapsulate drugs and pharmaceutical ingredients. In this way microfluidic devices have offered a successful tool to produce controlled size droplets with high homogeneity. In spite of many advantages of the use of microfluidic devices to produce double emulsions, these devices require two different surface characteristics on the same device. In this work...
Low Temperature Co-fired Ceramic (LTCC) Microsystem technology have a relevant role in the miniaturization of Chemical Processes area. Microfluidic devices have been applied to carry out several chemical processes operations, including mixing, separation, chemical reactions, heterogeneous catalysis, heat exchange and so on. More recently, LTCC microfluidic systems are employed to produce micro and...
Encapsulated nano/micro particles are highly used for biological, chemical, pharmaceutical and medical applications. The polymeric particles show potential capacity to release drugs and compatibility in biological environments. The emulsion/diffusion process is applied to produce these particles, and technologies based on microfluidic provide miniaturization of such process allowing particles with...
Microfluidic oscillators were obtained from wall attachment microfluidic amplifiers using a feedback loop from the outputs to the control inputs. These devices can be used as flow meters when the oscillation frequency is proportional to the volumetric flow rate in subsonic and moderately compressible conditions. They can also be used as actuators, for applications involving flow control and/or mixing...
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