DEVELOPMENT OF METHODS FOR THE REFABRICATION OF EBR-II FUEL ELEMENTS. PART I. ENGINEERING CONSIDERATIONS FOR EBR-II FUEL REFABRICATION. PART II. DEVELOPMENT OF INJECTION CASTING METHODS AND EQUIPMENT. PART III. DEVELOPMENT OF FUEL PIN PROCESSING METHODS AND EQUIPMENT. PART IV. ASSEMBLY, WELDING, AND LEAK TESTING EBR-II FUEL RODS. PART V. DODIUM BONDING AND BOND TESTING EBR-II FU | Zendy

A.B. Shuck | Zendy; J.E. Ayer | Zendy; H.F. Jelinek | Zendy; G.M. Iverson | Zendy; N.J. Jr. Carson | Zendy; S.B. Brak | Zendy; T.C. Cameron | Zendy; N.F. Hessler | Zendy

Open Access

DEVELOPMENT OF METHODS FOR THE REFABRICATION OF EBR-II FUEL ELEMENTS. PART I. ENGINEERING CONSIDERATIONS FOR EBR-II FUEL REFABRICATION. PART II. DEVELOPMENT OF INJECTION CASTING METHODS AND EQUIPMENT. PART III. DEVELOPMENT OF FUEL PIN PROCESSING METHODS AND EQUIPMENT. PART IV. ASSEMBLY, WELDING, AND LEAK TESTING EBR-II FUEL RODS. PART V. DODIUM BONDING AND BOND TESTING EBR-II FU

Author(s) -

A.B. Shuck,

J.E. Ayer,

H.F. Jelinek,

G.M. Iverson,

N.J. Jr. Carson,

S.B. Brak,

T.C. Cameron,

N.F. Hessler

Publication year - 1961

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/4779821

Subject(s) - rod , casting , welding , fabrication , engineering , nuclear fuel , nuclear engineering , nuclear fission product , process development , fission products , materials science , mechanical engineering , metallurgy , process engineering , medicine , alternative medicine , pathology

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