PREMINILARY STUDY OF IRON CORROSION IN HIGH TEMPERATURE STAGNANT LIQUID LEAD BY USING MOLECULAR DYNAMICS

Liquid metal were used as a type of coolant in the 4th generation nuclear power plants, one of the example is the LMFR (Liquid Metal Fast Reactor). Liquid metal lead (Pb) is one of the materials that could be used as the coolant. Liquid metal lead (Pb) was considered since it has many chemical and p...

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Main Author:	ADYA (NIM : 20214053), FACHRI
Format:	Theses
Language:	Indonesia
Online Access:	https://digilib.itb.ac.id/gdl/view/22016
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Institution:	Institut Teknologi Bandung
Language:	Indonesia

id	id-itb.:22016
spelling	id-itb.:220162017-09-27T14:41:05ZPREMINILARY STUDY OF IRON CORROSION IN HIGH TEMPERATURE STAGNANT LIQUID LEAD BY USING MOLECULAR DYNAMICS ADYA (NIM : 20214053), FACHRI Indonesia Theses INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/22016 Liquid metal were used as a type of coolant in the 4th generation nuclear power plants, one of the example is the LMFR (Liquid Metal Fast Reactor). Liquid metal lead (Pb) is one of the materials that could be used as the coolant. Liquid metal lead (Pb) was considered since it has many chemical and physical advantages compared with other materials. However, its corrosive nature is the main problem of liquid metal lead (Pb) within fuel cladding and steels. This study was conducted to improve the understanding about this phenomena.In this research, the corrosion regarded as a degredation phenomena of material as a result of high dissolution of iron atoms interaction within high temperature liquid metal lead (Fe). We calculated the diffusion coefficient of iron pure system of Fe-56 within Pb-208, mix system of Fe-56 within Pb-208 and Pb-206, and mix system of Fe-56 within Pb-208 and Pb-206 using modified Lennard-Jones (LJ) potensial. text
institution	Institut Teknologi Bandung
building	Institut Teknologi Bandung Library
continent	Asia
country	Indonesia Indonesia
content_provider	Institut Teknologi Bandung
collection	Digital ITB
language	Indonesia
description	Liquid metal were used as a type of coolant in the 4th generation nuclear power plants, one of the example is the LMFR (Liquid Metal Fast Reactor). Liquid metal lead (Pb) is one of the materials that could be used as the coolant. Liquid metal lead (Pb) was considered since it has many chemical and physical advantages compared with other materials. However, its corrosive nature is the main problem of liquid metal lead (Pb) within fuel cladding and steels. This study was conducted to improve the understanding about this phenomena.In this research, the corrosion regarded as a degredation phenomena of material as a result of high dissolution of iron atoms interaction within high temperature liquid metal lead (Fe). We calculated the diffusion coefficient of iron pure system of Fe-56 within Pb-208, mix system of Fe-56 within Pb-208 and Pb-206, and mix system of Fe-56 within Pb-208 and Pb-206 using modified Lennard-Jones (LJ) potensial.
format	Theses
author	ADYA (NIM : 20214053), FACHRI
spellingShingle	ADYA (NIM : 20214053), FACHRI PREMINILARY STUDY OF IRON CORROSION IN HIGH TEMPERATURE STAGNANT LIQUID LEAD BY USING MOLECULAR DYNAMICS
author_facet	ADYA (NIM : 20214053), FACHRI
author_sort	ADYA (NIM : 20214053), FACHRI
title	PREMINILARY STUDY OF IRON CORROSION IN HIGH TEMPERATURE STAGNANT LIQUID LEAD BY USING MOLECULAR DYNAMICS
title_short	PREMINILARY STUDY OF IRON CORROSION IN HIGH TEMPERATURE STAGNANT LIQUID LEAD BY USING MOLECULAR DYNAMICS
title_full	PREMINILARY STUDY OF IRON CORROSION IN HIGH TEMPERATURE STAGNANT LIQUID LEAD BY USING MOLECULAR DYNAMICS
title_fullStr	PREMINILARY STUDY OF IRON CORROSION IN HIGH TEMPERATURE STAGNANT LIQUID LEAD BY USING MOLECULAR DYNAMICS
title_full_unstemmed	PREMINILARY STUDY OF IRON CORROSION IN HIGH TEMPERATURE STAGNANT LIQUID LEAD BY USING MOLECULAR DYNAMICS
title_sort	preminilary study of iron corrosion in high temperature stagnant liquid lead by using molecular dynamics
url	https://digilib.itb.ac.id/gdl/view/22016
_version_	1821120639556124672

PREMINILARY STUDY OF IRON CORROSION IN HIGH TEMPERATURE STAGNANT LIQUID LEAD BY USING MOLECULAR DYNAMICS

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