Ethanol is commonly used as a solvent in extracting glucomannan from Porang. However, the extraction process often leaves ethanol. The remaining ethanol can be re-distilled to save use of it. re-distillation with input volumes 50L and 100L variations heating temperatures 80°C, 85°C, 90°C. This study aimed analyze effect volume temperature on output determine constant change using kinetics Arrhe...

It is difficult to investigate folding kinetics by conventional atomistic simulations of proteins. The replica exchange molecular dynamics (REMD) simulation technique enhances conformational sampling at the expenses of reduced kinetic information, which in REMD is directly available only for very short time scales. Here, we propose a procedure for obtaining kinetic data from REMD by making use ...

THIS paper is primarily concerned with an attempt to evaluate the temperature coefficients for the velocity of haemolysis in two simple haemolytic systems, the lysin being saponin in the first and sodium taurocholate in the second. There is nothing in the literature to suggest that the problem is one of any complexity, for Arrhenius (1915) and his collaborators, by whom most of the existing inv...

Degradation models are commonly used to describe the generation of combustible gases when predicting fire behavior. A model may include many sub-models, such as heat and mass transfer models, pyrolysis or mechanical models. The sub-models require definition a decomposition mechanism associated reaction rates. Arrhenius-type equations quantify allow representation chemical function temperature. ...

The application of superplastic forming for complex components manufacturing is attractive automotive and aircraft industries has been great interest in recent years. current analytical modeling theories are far from perfect this area, the results deduced it characterize conditions insufficiently well; therefore, successful numerical essential. In study, behavior novel Al-Mg-Fe-Ni-Zr-Sc alloy w...

Intense but short electrical fields can increase the permeability of the cell membrane in a process referred to as electroporation. Reversible electroporation has become an important tool in biotechnology and medicine. The various applications of reversible electroporation require cells to survive the procedure, and therefore the occurrence of irreversible electroporation (IRE), following which...