Sentence examples for mass absorption rate from inspiring English sources
Results show that the mass absorption rate using LiCl solution is up to 19.7% higher than LiBr solution.
The mass absorption rate was also determined numerically by accounting for the velocity distribution across the liquid curtain.
The first one considers the finite thickness of the liquid curtain, whereas the second method calculates the mass absorption rate by assuming that the curtain is a semi-infinite medium.
Mass absorption rates of absorption processes respectively using LiBr solution and LiCl solution are compared under the conditions of the same temperature and saturated vapor pressure of the solution.
It is shown that the mass absorption rates are mainly a function of the liquid curtain convergence length and thickness, and increase as the Froude number, convergence parameter and nozzle exit angle are increased, but decrease as the pressure coefficient, initial thickness-to-radius ratio and Peclet number are decreased.
A systematic investigation of the impinging phenomena revealed two maxima in the curves of the absorption rate and the mass transfer coefficient vs the internozzle distance.
Three parameters, namely α (the ratio of the CO2 absorption rate to the mass flow rate of the lean solvent), β (the ratio of the CO2 absorption rate to the packed volume of the absorber), and γ (the ratio of the CO2 output to the packed volume of the stripper) were defined for considering the operating and construction costs.
From the measured CO2 concentrations at the outlet, the absorption rate and overall mass-transfer coefficient can be determined with the support of a steady-state material balance, as well as a two-film model.
N-methylpropane-1,3-diamine (MAPA) had both the fastest absorption rate and the highest mass transfer coefficient.
NO removal reaction is a rapid reaction, and NO absorption rate mainly depends on gas phase mass transfer coefficient, interfacial area and chemical reaction rate.
The responses, including absorption efficiency (E), absorption rate (RA), scrubbing factor, and overall mass transfer coefficient (KGa) were determined by material balance with a two-film model at a steady-state condition.
