In this paper, a biogas fuelled hybrid system, obtained by integrating a molten carbonate fuel cell with a micro-turbine is considered.
Hereby we have presented a new way of integrating a micro-pipette into a closed microfluidic system with an integrated micro-pipette.
Most importantly, the proposed microdrive is capable of monitoring and adjusting electrode movement on-line by integrating a closed-loop feedback control system, which enhances the accuracy of micro-advancement of the electrode by utilizing position feedback.
It integrates a micro electrode array (MEA) on a silicon substrate and a compact homemade potentiostat.
In this work, we designed and fabricated GaN-based light emitting diode on silicon (LEDoS) micro-displays by integrating monolithic LED micro-arrays and active matrix substrates using flip-chip technology.
The dual pore-system is then derived by integrating the micro-pore characteristics into the macro-pore ore stack.
This paper performs the dynamic simulation of road traffic noise by integrating traffic micro-simulation technology, noise emission and propagation calculation, and accomplishes the dynamic rendering of traffic noise distribution based on Paramics platform.
A stochastic rain texture model is developed to generate three-dimensional fields of raindrops consistent with the rainfall history at the turbine location by integrating the micro-structural properties of rain, i.e. raindrops size and spatial distribution with its integral properties such as the relationship between the average volume fraction of raindrops and rain intensity.
By integrating the Raman micro-spectrometer with an environmental enclosure, RMS can be used for non-invasive monitoring time-dependent molecular changes in live cells and can provide on-line information regarding the cells and their phenotypic characteristics.
This energy-conversion device has been newly developed by integrating micro-photovoltaic devices and microwave antenna that are designed to minimize the interference between them.
