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EuZn 2 6 e -

EuZn 2 6 e -. Eu(Zn 1− x Ge x ) 2 (0.50(2) ≤ x ≤ 0.75(2)) 8 – 9 e -. EuGe 2 10 e -. DOS. − COHP. Zn-Ge Ge-Ge. 9 e −. E F. 7.6 e −. 0. −. +.

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EuZn 2 6 e -

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  1. EuZn2 6 e- Eu(Zn1−xGex)2 (0.50(2) ≤ x ≤ 0.75(2)) 8 – 9 e- EuGe2 10 e- DOS − COHP Zn-Ge Ge-Ge 9 e− EF 7.6 e− 0 − + Structure-Composition-Property Relationships in Complex Intermetallic Phases Gordon J. Miller, Iowa State University, DMR 0605949 GOAL: establish structure-bonding-property relationships for complex intermetallic compounds in order to tailor new compounds with desired features. HIGHLIGHTS from 1-Oct-2007 – 30-Sep-2008 When no compounds exist in the binary phases, “stoichiometric” doping with an active metal enhances mixing and compound formation: Eu-Ag-Al Eu-Zn-Ge

  2. Structure-Composition-Property Relationships in Complex Intermetallic Phases Gordon J. Miller, Iowa State University, DMR 0605949 Education and Mentoring Undergraduate Participation: Ruth Cink (NSF-REU Program, Spring, 2008) Cynthia Salas (AGEP Summer Program, Summer, 2008) Graduate Participation: Tae-Soo You; Fei Wang International Activities Visiting Scientist at Max-Planck-Institut for Chemical Physics of Solids, Dresden, Germany (Jan-Jul,2006); Advanced Masters School in Materials, TU-München, Invited Lecturer Agreement with Wiley-Interscience to write a monograph Chemistry and Physics of Intermetallic Compounds

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