Nuclear Thermal Rockets (NTRs) - Magdi, Bishoy
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The Chemical Engineering Profession is not limited, here we are making a large jump to link between Chemical Engineering and Space. As the founders of this Project, we are predicting that all chemical engineering subjects can be destroyed as the mass is not constant in modern physics. This makes the known chemical engineering equations to be correlated. In this project, we have used all our knowledge in chemical engineering from the most important subjects like Reaction Kinetics, Thermodynamics, Mass and Heat transfer, Modeling and Simulation, all these has been linked to space things. Here,…mehr

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Produktbeschreibung
The Chemical Engineering Profession is not limited, here we are making a large jump to link between Chemical Engineering and Space. As the founders of this Project, we are predicting that all chemical engineering subjects can be destroyed as the mass is not constant in modern physics. This makes the known chemical engineering equations to be correlated. In this project, we have used all our knowledge in chemical engineering from the most important subjects like Reaction Kinetics, Thermodynamics, Mass and Heat transfer, Modeling and Simulation, all these has been linked to space things. Here, we reveal secrets which can't be found in any place and a strong explanations and derivations of equations have been made by our own philosophy. Here your mind will make a new beginning to an end but will not end the previous beginning. This Project is given to all Chemical Engineers because it shows basic things like material and energy balance, Design, Control, and many other things linked together with space.
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Autorenporträt
Bishoy Magdi A. Sabir received his B.Sc. in 2019 in chemical engineering from the university of science and technology, Sudan. His fourth-year project was modern biomass conversion technologies and his fifth-year project was nuclear thermal rockets. He created the ABLS equation.