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The technology is growing very rapidly, and the micro scale devices are playing a very important role in the electronic, mechanical and other application areas due to their integrability with CMOS IC technology, low power consumption, low cost fabrication and large frequency-Quality factor product.
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Such abilities could transform our puny electronic equipment into a new generation of micro-scale devices.
Previously reported micro-scale devices used flat membranes.
This information is very important for designing micro-scale devices with high SEU tolerance.
There are several applications that involve micro-scale devices including heat exchangers, micro-power system and sensor.
This review focuses on the recent trends and developments in this field of micro-scale devices for transdermal macromolecular delivery.
These results have important application to the design of micro-scale devices involving mass transport to surfaces.
Integration of these steps would help reduce the cost and footprint of micro-scale devices with applications in cell reprogramming or gene correction.
This paper provides a detailed overview of developments in transducer materials technology relating to their current and future applications in micro-scale devices.
It is very simple in design and offers a promising new technique for producing and enhancing flow rates for both macro- and micro-scale devices (Avrahami and Gharib 2008; Rinderknecht et al. 2005).
The impedance pump is a simple design that offers a promising technique for generating or augmenting net flow of macro or micro-scale devices without employing internal valves or blades.
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