Modeling and Simulation of the Electron Beam Cured Polyester using Geant4
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The electron beam curing process is a technology that can shorten the curing timeand improve the mechanical strength of materials. Modeling and simulation of electron beamirradiation process can identify product problems in advance and shorten development time. In this study, the electron beam curing process was modeled and simulated using Geant4 andcompared with the actual specimens cured with electron beam irradiation. Among the forms ofenergy deposition to the sample, it was confirmed that the electron ionization is a major factorin curing. It was found that the surrounding environment, such as the substrate supporting thespecimen, should also be a factor that cannot be ignored in the electron beam irradiation process. The results of this study can be used as basic data for all processes using radiation.
Abstract
The electron beam curing process is a technology that can shorten the curing timeand improve the mechanical strength of materials. Modeling and simulation of electron beamirradiation process can identify product problems in advance and shorten development time. In this study, the electron beam curing process was modeled and simulated using Geant4 andcompared with the actual specimens cured with electron beam irradiation. Among the forms ofenergy deposition to the sample, it was confirmed that the electron ionization is a major factorin curing. It was found that the surrounding environment, such as the substrate supporting thespecimen, should also be a factor that cannot be ignored in the electron beam irradiation process. The results of this study can be used as basic data for all processes using radiation.
참고문헌 (11)
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