By Ajay Giri Prakash Kottapalli, Mohsen Asadnia, Jianmin Miao, Michael S. Triantafyllou
This e-book narrates the advance of assorted biomimetic microelectromechanical structures (MEMS) sensors, resembling strain, movement, acceleration, chemical, and tactile sensors, which are encouraged by means of sensing phenomena that exist in marine existence. The study defined during this e-book is multi-faceted and combines the services and figuring out from various fields, together with biomimetics, microfabrication, sensor engineering, MEMS layout, nanotechnology, and fabric technological know-how. a chain of chapters study the layout and fabrication of MEMS sensors that functionality on piezoresistive, piezoelectric, pressure gauge, and chemical sensing rules. through translating nature-based engineering recommendations to man made man-made expertise, we will locate cutting edge recommendations to serious problems.
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Additional info for Biomimetic Microsensors Inspired by Marine Life
2 Artiﬁcial Sensors Inspired by the Olfactory System of Terrestrial Animals Nature can serve as a source of inspiration for human beings to design novel devices emulating the function of animals, while at the same time exploring its beauty and mystery. 2 Artiﬁcial Sensors Inspired by the Olfactory System of Terrestrial Animals 31 impels different creatures to develop ultrasensitive sensors. It is of great interest to develop artiﬁcial counterparts to mimic these high-performance biological sensors [8–12].
Monitor plane 1 along with monitor plane 2 (in white) is used to monitor species flux that is penetrating across these two sections for the calculation of the total amount of ion species captured by the working electrode. Hereafter, the geometry was imported to ANSYS Workbench to mesh for the ﬁnite element calculation. The sensor’s geometry was primarily meshed with tetrahedron elements under patch conforming algorithm, as shown in Fig. 18a, b. 05 mm which is roughly equal to one sixth of the channel height.
17]. Copyright (2010) Nature Publishing Group Such mechanism of tuning nanopore’s diameter mimics the capability of insects to control the water absorption and evaporative desorption. The authors also modiﬁed the bilayer with functionalized ligands, as shown in Fig. 14b, to enhance the accumulation of dilute analytes and to discriminate different analytes by recording the frequency of the translocation events . The fluidic nature of the bilayer reduces the non-speciﬁc capture of other kinds of molecules, with which the relationship between the translocation times and the charge of the molecules can be quantitatively derived.