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Optical viscosity sensor using forward light scattering
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Optical viscosity sensor using forward light scattering

Wei-Chih Wang, Sinclair S. YeePer G. Reinhall
Sensors and Actuators: B. Chemical, 卷.25(1-3), 頁碼.753-755
1995

摘要

Forward light scattering: Optical sensors Viscosity sensors Electrical and Electronic Engineering Electronic Optical and Magnetic Materials Materials Chemistry Metals and Alloys Surfaces Coatings and Films Condensed Matter Physics Instrumentation
A novel optical viscosity sensor using forward light scattering is presented. The sensor concept is based on the fact that the frequency response of a fiber partially submerged in a fluid is sensitive to the viscosity of the fluid. The viscosity is determined by measuring the vibration of a sinusoidally excited optical fiber. The sensor exhibits an excellent sensivity for measuring the viscosity. A significant change (≈1-10 dB) in the amplitude of the vibration and a frequency shift of 26 Hz in the response spectrum of the fiber during measurement in air, water and 5-40% sucrose solutions have been observed. © 1995.

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