Investigations of Materials Compatibility Relevant to the Ebr-Ii System.

Ruther, W.E.; Greenberg, S.

doi:10.2172/4577680

1972

DOI: 10.2172/4577680

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Investigations of Materials Compatibility Relevant to the Ebr-Ii System.

W.E. Ruther¹,

S. Greenberg²

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1974

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Preliminary Assessment of Corrosion Product Transport in Fusion Reactors

Johnson

Vogelsang

1974

Nuclear Technology

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Furthermore, neutrons from the fusion reaction a c t i v a t e c.he corrosion product, causing radiation fie1 ds i n rnai ntenance areas near ,;i pi ng and components. where the activated materi a1 aeposi t s. Prel imi nary 2s timates suggest t h a t formidable problems may occur i n a 1 i thium-cooled s t a i n l e s s s t e e l primary. c i r c u i t due t o corrosion product deposition. If .+ne estimated order of magnitude i s confirmed i n future s t u d i e s , new concepts in corrosion control o r corrosion product removal would need t o \ be developed f o r 1 i thium-cooled s t a i n l e s s s t e e l CTR systems.. Other fusion reactor system concepts and materi a1 s appear t o o f f e r a1 t e r n a t i v e s which tend t o m i n i m i ze corrosion product transport.

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Preliminary Assessment of Corrosion Product Transport in Fusion Reactors

Johnson

Vogelsang

1974

Nuclear Technology

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show abstract

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Investigations of Materials Compatibility Relevant to the Ebr-Ii System.

Cited by 1 publication

References 4 publications

Preliminary Assessment of Corrosion Product Transport in Fusion Reactors

Preliminary Assessment of Corrosion Product Transport in Fusion Reactors

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