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Volume : I, Issue : XI, December - 2011 MULTILAYER RADIATION SHIELD FOR SATELLITE ELECTRONIC COMPONENTS PROTECTION Godwin Jacob D' Souza DOI : 10.9780/22307850, Published By : Laxmi Book Publication Abstract : This study presents the development, optimization, and analysis of multi-layer shields tailored for protection against electron and proton space environments. Using the MCNPX code and Genetic Optimization Algorithm, various shield designs are explored, focusing on materials suitable for safeguarding sensitive electronic devices. Through optimization, it's found that the total ionizing dose exceeds that of an aluminum shield by 53.3% for protons and 72% for electrons. Recognizing the significance of proton exposure in Low Earth Orbit (LEO), shield construction prioritizes proton shielding. An exemplary shield is constructed using a combination of Aluminum Bronze and molybdenum layers, supported by a copper carrier. Keywords : Article : Cite This Article : Godwin Jacob D' Souza, (2011). MULTILAYER RADIATION SHIELD FOR SATELLITE ELECTRONIC COMPONENTS PROTECTION. Indian Streams Research Journal, Vol. I, Issue. XI, DOI : 10.9780/22307850, http://oldisrj.lbp.world/UploadedData/6667.pdf References : - 1. Ashayer, S., Asgari, M. & Afarideh, H. Optimizing gamma-ray shielding material by using genetic algorithm and MCNP code. In 18th International Conference on Nuclear Engineering 325–328 (2010).
- 2. Alsultanny, Y. A. & Aqel, M. M. Pattern recognition using multilayer neural-genetic algorithm. Neurocomputing 51, 237–247 (2003).
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