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Articles 121 - 125 of 125
Full-Text Articles in Chemical Engineering
Process Optimization By Flow Sheet Simulation, L. D. Gaines, J. L. Gaddy
Process Optimization By Flow Sheet Simulation, L. D. Gaines, J. L. Gaddy
Chemical and Biochemical Engineering Faculty Research & Creative Works
Optimization of large or complex chemical processes often requires simplifying the system to reduce the mathematics to a form manageable by available algorithms or to reduce the time required to perform the computations. In many cases, such simplification alters the solution of the problem. Flow sheet simulation programs are ideally suited to the study of chemical processes, although the computational time is generally considered excessive for detailed optimization of complex systems by the usual procedures. This paper discusses the modifications needed to apply flow sheet simulation programs to the optimization of chemical processes. The advantages and disadvantages of the use …
Transition Boiling Of Normal Pentane From A Horizontal Flat Gold Surface At One Atmosphere Pressure, R. M. Canon, Efton Park
Transition Boiling Of Normal Pentane From A Horizontal Flat Gold Surface At One Atmosphere Pressure, R. M. Canon, Efton Park
Chemical and Biochemical Engineering Faculty Research & Creative Works
No abstract provided.
The Fluid Motion Due To A Rotating Disk, Ralph E. White, Charles M. Mohr Jr, John Newman
The Fluid Motion Due To A Rotating Disk, Ralph E. White, Charles M. Mohr Jr, John Newman
Faculty Publications
No abstract provided.
Scattering Of Argon And Neon From W(112), Ralph E. White, Jean Jacques Ehrhardt, Robert P. Merrill
Scattering Of Argon And Neon From W(112), Ralph E. White, Jean Jacques Ehrhardt, Robert P. Merrill
Faculty Publications
No abstract provided.
A Study Of The Effect Of An Electric Potential On The Saponification Of Ethyl Acetate, Michael Maciupa
A Study Of The Effect Of An Electric Potential On The Saponification Of Ethyl Acetate, Michael Maciupa
Theses
A reactor of rectangular cross-sectional, area was constructed of plexiglass to study the effect of an electric potential on the saponification of ethyl acetate with sodium hydroxide. Three different laminar region flow rates were used and the applied voltage was varied up to four kilovolts in one kilovolt increments for each flow rate. It was found that the apparent rate constant for the reaction was either increased or decreased depending on the voltage and flow rate used. The largest increase was a 4.2 percent change from zero voltage steady state conditions with an applied voltage of one kilovolt at a …