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| 1 | Droplets diameter distribution using maximum entropy formulation combined with a new energy-based sub-model显示文摘The maximum entropy principle(MEP) is one of the first methods which have been used to predict droplet size and velocity distributions of liquid sprays. This method needs a mean droplets diameter as an input to predict the droplet size distribution. This paper presents a new sub-model based on the deterministic aspects of liquid atomization process independent of the experimental data to provide the mean droplets diameter for using in the maximum entropy formulation(MEF). For this purpose, a theoretical model based on the approach of energy conservation law entitled energy-based model(EBM) is presented. Based on this approach, atomization occurs due to the kinetic energy loss. Prediction of the combined model(MEF/EBM) is in good agreement with the available experimental data. The energy-based model can be used as a fast and reliable enough model to obtain a good estimation of the mean droplets diameter of a spray and the combined model(MEF/EBM) can be used to well predict the droplet size distribution at the primary breakup. | Seyed Mostafa Hosseinalipour Hadiseh Karimaei Ehsan Movahednejad | 2016 | Chinese Journal of Chemical Engineering2016，24，11： | 2 |
| 2 | Optimized light absorption in Si wire array solar cells显示文摘 | Hadiseh Alaeian Ashwin C Atre Jennifer A Dionne | 2012 | Journal of Optics2012，，2： | 1 |
| 3 | Application of response surface methodology for optimization of purge gas recycling to an industrial reactor for conversion of CO_2 to methanol显示文摘Nowadays, by the increasing attention to environment and high rate of fuel production, recycling of purge gas as reactant to a reactor is highly considered. In this study, it is proposed that the purge gases of methanol production unit, which are approximately15.018 t·h^(-1) in the largest methanol production complexes in the world, can be recycled to the reactor and utilized for increasing the production rate. Purge gas streams contain 63% hydrogen,20% carbon monoxide and carbon dioxide as reactants and 17% nitrogen and methane as inert. The recycling effect of beneficial components on methanol production rate has been investigated in this study. Simulation results show that methanol production enhances by recycling just hydrogen, carbon dioxide and carbon monoxide which is an effective configuration among the others. It is named as Desired Recycle Configuration(DRC) in this study. The optimum fraction of returning purge gas is calculated via one dimensional modeling of process and Response Surface Methodology(RSM) is applied to maximize the methanol flow rate and minimize the carbon dioxide flow rate. Simulation results illustrate that methanol flow rate increases by 0.106% in DRC compared to Conventional Recycle Configuration(CRC) which therefore shows the superiority of applying DRC to CRC. | Hadiseh Khalilpourmeymandi Azadeh Mirvakili Mohammad Reza Rahimpour Alireza Shariati | 2017 | Chinese Journal of Chemical Engineering2017，25，5： | 1 |
| 4 | Probabilistic Evalua- tion of Failure Risk of Transmission I,ine Surge An'est~~rs Caused by Lightning Flash显示文摘 | REZA S FARID A HADISEH D K | 2014 | IET Generation Transmis- sion & Distribution2014，8，2： | 1 |
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