A Technique of Evaluating an Idealized Mathematical Model for Monitoring the Moisture Content of Grain by a Dielcometric Method

New Sensing Technologies for Grain Moisture

“…Due to this delay, it is not a method that can be easily used in continuous production lines, limiting its use in industry. The dielcometric method for monitoring the moisture content, component composition and other basic parameters of agricultural products has been of interest to researchers not only because of the potential to achieve a theoretically high speed, but because their working frequency is in the range 104-109 Hz and because of the low instrumental measurement error of 0.1% [73,74].…”

“…Moisture content in the mechanical properties of grains [69][70][71] Determination of moisture in grains as a function of the variation of mechanical properties in compression Moisture content measurement with inspection card [72] Indicator cards are used, which discolor on contact with the moisture in the grains, the colour is compared and a moisture reference is obtained Evaluation of grain moisture content by the dielcometric method [73,74] Use of mathematical modeling and graphical representation of electrophysical processes under the effect of an electric field…”

“…An analysis of certain techniques and methods of effective use of the dielcometric method is presented. It is considered an example of the development of an electrical device to monitor the moisture content of grain with an instrumental error of less than 0.1% [73].…”

“…An analysis of certain techniques and methods of effective use of the dielcometric method is presented. It is considered an example of the development of an electrical device to monitor the moisture content of grain with an instrumental error of less than 0.1% [73]. The dielcometric method for monitoring the moisture content, component composition and other basic parameters of agricultural products has been of interest to researchers not only because of the potential to achieve a theoretically high speed, but because their working frequency is in the range 104-109 Hz and because of the low instrumental measurement error of 0.1% [73,74].…”