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    유동화 재순환 반응기에서 석유의 수소첨가 반응시 이탈된 온도제어 = Control of Hydrocracking Temperature in Ebulated Recycle Reactor

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    https://www.riss.kr/link?id=A3081694

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    This study was carried out to investigate the effect of on temperature control from actuating method, recycling ratio and the position (top, middle and bottom) of set and controlled temperature within the reactor in adiabatic ebullated recycling condition, when the disturbance was occured.
    Estimation of the solution were performed numerically using the finite difference method. It was assumed that the reaction is in constant with heat of reaction and the physical properties (density, heat capacity and viscosity, etc) of the reactants are same condition within the reactor.
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    This study was carried out to investigate the effect of on temperature control from actuating method, recycling ratio and the position (top, middle and bottom) of set and controlled temperature within the reactor in adiabatic ebullated recycling condi...

    This study was carried out to investigate the effect of on temperature control from actuating method, recycling ratio and the position (top, middle and bottom) of set and controlled temperature within the reactor in adiabatic ebullated recycling condition, when the disturbance was occured.
    Estimation of the solution were performed numerically using the finite difference method. It was assumed that the reaction is in constant with heat of reaction and the physical properties (density, heat capacity and viscosity, etc) of the reactants are same condition within the reactor.

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