Design and Implementation of a Novel Nuclear Energy Conversion Mechanism

The design theories of modern nuclear technologies usually rely on modern electro-magnetic field theories using ANSYS and NUCLEUS softwares to implement on PCs. However, the Western House Nuclear Industry Foundation Project ID :0002425010-FengAn requests me to give a illustration about how to do energy conversions inside a typical two-and-a-half-stage nuclear power reactors together with novel computer simulations' design approaches. To my point of view, the nuclear power reactors should have difficulty when loading nuclear fuel inside the reactors' cores, multicore- ing processing should be applied using a type of virtual cores technologies and cloud computing. While modern common computing technologies, even the famous ubiquitous and mobile computing theories are not appropriate to perform the fast and true real time design requirements of the nuclear actions. In this literature, the design theory is mainly based on OPENGL and HFSS using GCC compiler on a common Fedora 16 operating system based Laptop. Typically, the design methodologies are closely related to power consumptions wasted using deep-density-hydrogen- fuels, such as "heavy water" etc. Usually, the design theory is primarily design principles in Computer Sciences Area and Modern Statistical Mathematical Simulations using Maple Software, and Mathematical Theory Modeling(MTM) using Lingdo&lingo softwares are also applied here.