Prediction behavior of high frequency modulated by a 16 lengths Golay code undergoing honey attenuation
July-December 2020 - Vol 12 Num. 1
Optical microscopic analysis of honey is time consuming due to the period needed to prepare samples. Time reduction could be achieved with ultrasound microscopy. This paper investigates the behavior of 125 MHz signal modulated by 16-bits Golay code spread out through a honey sample containing pollen. A bipolar phase shift...
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Prediction behavior of high frequency modulated by a 16 lengths Golay code undergoing honey attenuation
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