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Serguei Stoukatch - Publications ORBI
Colson, G., Laurent, P., Bellier, P., Stoukatch, S., Dupont, F., & Kraft, M. (2017, May 10). Smart-shoes self-powered by walking. Poster session presented at Body sensor networks, Eindhoven, Pays-bas.
Peer reviewed
Nowadays, electronic devices are more and more compact and can be integrated in nearly every object. One of the remaining challenges is to provide smarter ways to power those electronic devices. Because of the ...
Van Loo, S., Stoukatch, S., Kraft, M., & Gilet, T. (2016). Droplet formation by squeezing in a microfluidic cross-junction. Microfluidics and Nanofluidics, 20(10), 1-12.
Peer reviewed (verified by ORBi)
In microfluidics, flow focusing is widely used to produce water-in-oil droplets in microchannels at high frequency. We here report an experimental study of droplet formation in a microfluidic cross-junction ...
Van Loo, S., Stoukatch, S., Kraft, M., & Gilet, T. (2016, September 07). How do droplets form? Poster session presented at 1st International Conference on Multiscale Applications of Surface Tension, Bruxelles, Belgium.
Peer reviewed
In microfluidics, flow focusing is widely used to produce water-in-oil droplets in microchannels at high frequency. We here report an experimental study of droplet formation in a microfluidic cross-junction ...
Stoukatch, S. (2016). Chapter 2. Low-Temperature Microassembly Methods and Integration Techniques for Biomedical Applications. In P., Salvo & M., Hernandez-Silveira (Eds.), Wireless Medical Systems and Algorithms (pp. 21-42). CRC Press 2016.
Peer reviewed
Microassembly and packaging in a broad sense is a technique that interconnects microelectronics into a system level to form a functional product for the end user. Microassembly and packaging provide ...
Laurent, P., Dupont, F., Stoukatch, S., & Axisa, F. (2015, March 11). Ultra-low power microsystems integrated. Conference proceedings.
Microsys has developed wireless microsystems using off-the-shelf components comprising ultra-low power sensors such as temperature, humidity and luminosity. We will show how to make the microsystem more ...
Van Loo, S., Stoukatch, S., & Gilet, T. (2014, July). Droplet synchronization in multiple interconnected parallel channels. Poster session presented at EMBL Microfluidics 2014, Heidelberg, Germany.
In droplet microfluidics, the pairing of droplets in parallel channels is sometimes required, e.g. to control their encounter and to promote their coalescence. Prakash and Gershenfeld [1] showed that passive ...
Stoukatch, S., Léonard, J., Bellier, P., Axisa, F., & Destiné, J. (2014). Wearable respiratory belt for human breathing control. Conf. Proc. Smart Systems Integration Conf. (SSI2014).
We designed and manufactured a working prototype of a wearable respiratory belt. The belt can work as a stand along system or can be embedded into clothes. The system is intended for remote health monitoring ...
Laurent, P., Stoukatch, S., Maillard, N., Axisa, F., & Destiné, J. (2013, October 18). Autonomous Micro-platform for Multi-sensors (AMM). Paper presented at 1st WINFAB SCIENTIFIC DAY, Louvain-la-Neuve, Belgium.
The AMM is a development tool for integration of various off-self-sensors in one miniaturized device (1cm³). It can be used for wide variety applications such: industrial, buildings, healthcare and others. In ...
Laurent, P., Stoukatch, S., Maillard, N., Axisa, F., & Destiné, J. (2013, October 18). Autonomous Micro-platform for Multi-sensors (AMM) for wireless monitoring. Paper presented at 1st WINFAB SCIENTIFIC DAY, Louvain-la-Neuve, Belgium.
The AMM is a development tool for integration of various off-self-sensors in one miniaturized device (1cm³). It can be used for wide variety applications such: industrial, buildings, healthcare and others. In ...
Laurent, P., Stoukatch, S., Maillard, N., & Axisa, F. (2013, June 13). Autonomous Micro-platform for Multi-sensors integration and wireless monitoring. Paper presented at Cohesi Community Work-shop, "From Electronic Building Blocks to Innovative Microsystems", Leuven, Belgium.
Microsys has developed an Autonomous Micro-platform for Multi-sensors integration (AMM). The AMM is a development tool/platform for integration of various off-self-sensors in one miniaturized device (1cm³ ...
Stoukatch, S., Walewyns, T., Tooten, E., & Francis, L. (2013). Chemically resistant encapsulant to enable a novel MEMS fabrication process. Conf. Proceedings.
We have proposed and demonstrated a novel sequence in MEMS fabrication process flow. The novel MEMS fabrication process flow can be shortly described as a “packaging first, MEMS release second”, whereas a ...
Saint-Mard, M., Stoukatch, S., Schischke, K., Laurent, P., Heusdens, B., Xhonneux, T., Maillard, N., Axisa, F., & Destiné, J. (2013). Innovative smart sensors to enhance eco-efficiency of a continuous (steel) production line. Proc. Conf. of the AMA Association for Sensor Technology.
The paper aims to demonstrate the benefits for a global approach that allows to define new research directions, new potential industrial markets, and increasing interest from potential users. Combining ...
Stoukatch, S., Tooten, E., Axisa, F., Heusdens, B., Francis, L., & Destiné, J. (2012, March 21). Chemically resistant encapsulation for MEMS release. Paper presented at Smart Systems Integration 2012.
We have proposed and explored a novel sequence in MEMS fabrication process flow. The novel MEMS fabrication process flow can be shortly described as a “packaging first, MEMS release second”. We propose to ...
Stoukatch, S., Van Overstraeten-Schlögel, N., Van Loo, S., Axisa, F., Heusdens, B., Destiné, J., & Flandre, D. (2011, October 11). Method of assembly of capacitive bio-sensor for bio-molecules detection. Paper presented at Plastic Electronics Conference and Exhibition (PE2011), Dresden, Germany.
We developed a method of assembly for electrical micro-bio-sensor. The system is a part of a micro-fluidic device based on a capacitive biosensor. The bio-sensor is designed for bio-molecules (specifically DNA ...