Lead-bismuth eutectic(LBE)has great potential advantages as coolant material for lead-cooled fast reactor(LFR)and accelerator driven sub-critical system(ADS)^([1]).On this account,the corrosion of structural materials...Lead-bismuth eutectic(LBE)has great potential advantages as coolant material for lead-cooled fast reactor(LFR)and accelerator driven sub-critical system(ADS)^([1]).On this account,the corrosion of structural materials by LBE is an urgent problem needed to be solved.TiAlN coating exhibits excellent properties,such as high hardness and melting point,which leads it to be one of the promising candidates as protective coating on fuel cladding of LFR^([2]).展开更多
Ternary M_(n+1)AX_(n) phase,where M stands for an early transition metal,A is an A-group element,and X is either C or N,has exhibited the combination properties of ceramics and metals.Their excellent performance leads...Ternary M_(n+1)AX_(n) phase,where M stands for an early transition metal,A is an A-group element,and X is either C or N,has exhibited the combination properties of ceramics and metals.Their excellent performance leads them to be a very promising candidate for applications involving extremely harsh nuclear environments,acting as a candidate pump impeller and bearing materials for lead cooled fast reactor,and fuel pellet coatings and accident tolerant fuel coatings(ATFCs).展开更多
文摘Lead-bismuth eutectic(LBE)has great potential advantages as coolant material for lead-cooled fast reactor(LFR)and accelerator driven sub-critical system(ADS)^([1]).On this account,the corrosion of structural materials by LBE is an urgent problem needed to be solved.TiAlN coating exhibits excellent properties,such as high hardness and melting point,which leads it to be one of the promising candidates as protective coating on fuel cladding of LFR^([2]).
文摘Ternary M_(n+1)AX_(n) phase,where M stands for an early transition metal,A is an A-group element,and X is either C or N,has exhibited the combination properties of ceramics and metals.Their excellent performance leads them to be a very promising candidate for applications involving extremely harsh nuclear environments,acting as a candidate pump impeller and bearing materials for lead cooled fast reactor,and fuel pellet coatings and accident tolerant fuel coatings(ATFCs).