Abstract:The production of citrus in worldwide has increased over the years. This is due to demand from consumer as well as positive progress in agriculture produces a lot of citrus but at the same time statistics shows that the number of citrus being imported from other countries is also high. In order to maintain the quality of citrus production, a non-destructive method by using monopole antenna is used in this study. The reflection coefficient is measured at range operating frequency of 8MHz to 5 GHz. The relations… Show more
“…For the tangerine particularly, the principle goal is to By and large the result is exceptionally sensor [11] exhibited a mistake rate of just 4.53% and the utilization recommending it has potential for use in characterizing tangerine organic products by sweetness.…”
Section: Measurement Of Brix Level Of Malaysian Local Oranges Atmentioning
confidence: 99%
“…Based on the magnitude of reflectance coefficient, Γ, relative permittivity using the formula [7,11]:…”
The production of citrus in worldwide has increased over the years. This is due to demand from consumer as well as positive progress in agriculture produces a lot of citrus but at the same time statistics shows that the number of citrus being imported from other countries is also high. In order to maintain the quality of citrus production, a non-destructive method by using monopole antenna is used in this study. The reflection coefficient is measured at range operating frequency of 8MHz to 5 GHz. The relationship between dielectric constant and S compared during S 11 at resonance. S -42.84 dB.
“…For the tangerine particularly, the principle goal is to By and large the result is exceptionally sensor [11] exhibited a mistake rate of just 4.53% and the utilization recommending it has potential for use in characterizing tangerine organic products by sweetness.…”
Section: Measurement Of Brix Level Of Malaysian Local Oranges Atmentioning
confidence: 99%
“…Based on the magnitude of reflectance coefficient, Γ, relative permittivity using the formula [7,11]:…”
The production of citrus in worldwide has increased over the years. This is due to demand from consumer as well as positive progress in agriculture produces a lot of citrus but at the same time statistics shows that the number of citrus being imported from other countries is also high. In order to maintain the quality of citrus production, a non-destructive method by using monopole antenna is used in this study. The reflection coefficient is measured at range operating frequency of 8MHz to 5 GHz. The relationship between dielectric constant and S compared during S 11 at resonance. S -42.84 dB.
Abstract-This paper presents the application of using a coaxial monopole sensor for determining and formulating the relationship between the reflection coefficient and the moisture content of tea leaves. A coaxial monopole sensor with operating frequency ranges from 1.35GHz to 1.95GHz was used. The data collections were conducted by using the Vector Network Analyzer. Visual comparison of the results between the actual and predicted gravimetric moisture content are presented. A predictive model is being generated and tested. It is indicated that the monopole sensor has an excellent accuracy of 98.76% and 99.59% in predicting the gravimetric and volumetric moisture content in the sample, respectively. This research has shown that monopole sensor is applicable for the determination of moisture content in tea leaves as an optional sensing technique.
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