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We have developed a novel micro optical viscosity sensor (MOVS) based on a laser-induced capillary wave with focus control system enabling non-contact, short-time (several hundreds of nano seconds), small sample volume (several tens of micro litters), and high-stability in situ / in vivo measurement. The microfabricated MOVS chip consists of two deep trenches holding photonic crystal fibers for laser...
A novel micro optical viscosity sensor (MOVS), by laser-induced capillary wave method enabling us non-contact, short-time (several hundreds of nano seconds), and small sample volume (several tens of micro litters) in situ/in vivo measurement, is reported in this paper. The microfabricated MOVS chip consists of two deep trenches holding photonic crystal fibers for excitation laser, and two shallow...
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