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2014 (published: 11.09.2014)
Number 3(21)
Home > Issue > Research capacity in the processing of viscous food products and other environments with pseudo-plastic properties of capacitive equipment cleaning mixing devices
Nikolaev B.L., Nikolaev L.K.
In article results of researches of the criterion of power in capacitive equipment cleaning mixing devices in the processing of viscous fluids with the Newtonian properties of solutions of glycerol. And viscous mediums with non-Newtonian pseudoplasticity properties - karboksimetiltselljulozy, sour cream with fat content of 15%, ketchup "Sweet", mayonnaise "Kolibri" and boiled fermented milk with fat content of 4%. Set limit value of the Reynolds criterion for centrifugal laminar media with Newtonian properties equal 740 and for environments with non-Newtonian pseudoplasticity properties 2400.
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Keywords: the criterion of power, pseudoplasticity properties, thermal treatment, the thermal conductivity, model environment temperature.
This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License
UDC 621.57
Research capacity in the processing of viscous food products and other environments with pseudo-plastic properties of capacitive equipment cleaning mixing devices
In article results of researches of the criterion of power in capacitive equipment cleaning mixing devices in the processing of viscous fluids with the Newtonian properties of solutions of glycerol. And viscous mediums with non-Newtonian pseudoplasticity properties - karboksimetiltselljulozy, sour cream with fat content of 15%, ketchup "Sweet", mayonnaise "Kolibri" and boiled fermented milk with fat content of 4%. Set limit value of the Reynolds criterion for centrifugal laminar media with Newtonian properties equal 740 and for environments with non-Newtonian pseudoplasticity properties 2400.
Read the full article
Keywords: the criterion of power, pseudoplasticity properties, thermal treatment, the thermal conductivity, model environment temperature.
This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License