Characterizing Technetium in Subsurface Sediments for Contaminant Remediation | Zendy

Carolyn I. Pearce | Zendy; R. Jeffrey Serne | Zendy; Sarah A. Saslow | Zendy; Wooyong Um | Zendy; R. Matthew Asmussen | Zendy; Micah Miller | Zendy; Odeta Qafoku | Zendy; Michelle M.V. Snyder | Zendy; Charles T. Resch | Zendy; Kayla C. Johnson | Zendy; Guohui Wang | Zendy; Steve M. Heald | Zendy; Jim E. Szecsody | Zendy; John M. Zachara | Zendy; Nikolla Qafoku | Zendy; Andrew E. Plymale | Zendy; Vicky L. Freedman | Zendy

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Characterizing Technetium in Subsurface Sediments for Contaminant Remediation

Author(s) -

Carolyn I. Pearce,

R. Jeffrey Serne,

Sarah A. Saslow,

Wooyong Um,

R. Matthew Asmussen,

Micah Miller,

Odeta Qafoku,

Michelle M.V. Snyder,

Charles T. Resch,

Kayla C. Johnson,

Guohui Wang,

Steve M. Heald,

Jim E. Szecsody,

John M. Zachara,

Nikolla Qafoku,

Andrew E. Plymale,

Vicky L. Freedman

Publication year - 2018

Publication title -

acs earth and space chemistry

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.876

H-Index - 19

ISSN - 2472-3452

DOI - 10.1021/acsearthspacechem.8b00077

Subject(s) - environmental remediation , hanford site , sediment , radioactive waste , savannah river site , contamination , environmental chemistry , groundwater , vadose zone , environmental science , geology , radiochemistry , chemistry , nuclear chemistry , ecology , biology , paleontology , geotechnical engineering

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