Vitrification of High-Cr Glass in Research-Scale Melter | Zendy

John S. Hardy | Zendy; Tongan Jin | Zendy; Mark Hall | Zendy; Gary J. Sevigny | Zendy; Benjamin McCarthy | Zendy; John Venarsky | Zendy; Marcia L. Kimura | Zendy; Derek R. Dixon | Zendy; J.S. Tixier | Zendy; James J. Neeway | Zendy; Craig Lukins | Zendy; Philip P. Schonewill | Zendy; William C. Buchmiller | Zendy; Donald E. Rinehart | Zendy; Richard P. Pires | Zendy; Christopher Fischer | Zendy; Benjamin Williams | Zendy; Jesse Lang | Zendy; Michael J. Schweiger | Zendy

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Vitrification of High-Cr Glass in Research-Scale Melter

Author(s) -

John S. Hardy,

Tongan Jin,

Mark Hall,

Gary J. Sevigny,

Benjamin McCarthy,

John Venarsky,

Marcia L. Kimura,

Derek R. Dixon,

J.S. Tixier,

James J. Neeway,

Craig Lukins,

Philip P. Schonewill,

William C. Buchmiller,

Donald E. Rinehart,

Richard P. Pires,

Christopher Fischer,

Benjamin Williams,

Jesse Lang,

Michael J. Schweiger

Publication year - 2020

Publication title -

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

Language(s) - English

Resource type - Reports

DOI - 10.2172/1784531

Subject(s) - vitrification , materials science , metallurgy , inconel , plenum space , coolant , mist , plutonium , quenching (fluorescence) , nuclear engineering , radiochemistry , chemistry , medicine , physics , alloy , quantum mechanics , fluorescence , meteorology , nuclear physics , engineering , andrology , thermodynamics

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