SENSING OF SODIUM CHLORIDE AND GLUCOSE MIXED AQUEOUS SOLUTION BY USING A THERMOELASTIC OPTICAL INDICATOR MICROSCOPE

B. Minasyan
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Abstract

In the article we observed the microwave absorption of sodium chloride (NaCl) and glucose aqueous solution with different concentrations by using a thermoelastic optical indicator microscope (TEOIM). The non-invasive sensing technology of TEOIM is giving a big advantage compared to other detection technologies. By a TEOIM were visualized the change in distribution of microwave field depending on concentration of NaCl and glucose in $8-14~GHz$ range. This article is shown the investigation results for different concentrations of NaCl $(0-2.5\%)$ and represented the behavior of averaged microwave near-field intensity for glucose (varied of $0-10\%$ range) and NaCl (fixed at $0.9\%$) complex aqueous solutions.
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热弹性光学指示显微镜对氯化钠和葡萄糖混合水溶液的传感
本文用热弹性光学指示显微镜(TEOIM)观察了不同浓度氯化钠(NaCl)和葡萄糖水溶液的微波吸收。与其他检测技术相比,TEOIM的无创传感技术具有很大的优势。用TEOIM观察了8 ~ 14 GHz范围内微波场随NaCl和葡萄糖浓度的变化。本文给出了不同浓度NaCl(0- 2.5%)下的研究结果,并描述了葡萄糖(0- 10%)和NaCl(固定为0.9%)复合水溶液的平均微波近场强度的行为。
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