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  • Razvoj termičnega merilnika masnega toka : doktorsko delo
    Rupnik, Klemen, 1986-
    This work presents the results of the research and development of a new design of thermal dispersion mass flow meter, which has, in addition to measurement of the mass flow rate, the capability to ... identify the type of gas from a defined set of gases with known elemental compositions and to correct the measurement characteristic. On the basis of a one-dimensional mathematical model of the thermal flow sensor in the thermal dispersion mass flow meter, the physical background of the measurement method for the identification of the type of gas and the possibilities and requirements for its realization are given. A two-dimensional mathematical model was built and employed to analyse the heat transfer in the thermal flow sensor and to study the effects on the measurement characteristic. An innovative thermal dispersion mass flow meter containing two thermal flow sensors with circular and square cross-sections was developed and calibrated for five different gases with known elemental compositions in order to experimentally validate the proposed gas-identification method. If the measurement characteristics for an improper gas are employed, the mass flow readings of the thermal flow sensors will generally differ. On the basis of an analysis of the output measurement signals, the measurement characteristics and the defined objective function, the type of measured gas can be identified.
    Vrsta gradiva - disertacija ; neleposlovje za odrasle
    Založništvo in izdelava - Ljubljana : [K. Rupnik], 2014
    Jezik - slovenski
    COBISS.SI-ID - 13746971

Signatura – lokacija, inventarna št. ... Status izvoda Rezervacija
Dr RUPNIK K. Razvoj
IN: 00058931 Dr RUPNIK K. Razvoj
IN: 00058931 		prosto - za čitalnico
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