brittany nelson-cheeseman assistant prof, university of st. thomas, school of engr

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Brittany Nelson-Cheeseman Assistant Prof, University of St. Thomas, School of Engr Effects of Cation Ordering on Structure and Transport (s, k, D) in Functional Oxide Thin Films Mentoring Undergraduates In-depth hands-on lab experiences (MBE growth & thin film characterization) Women in STEM Interests in New Collaborations: Characterization: Thermal properties Theory: Structure Ionic conductivity + 2uc + 3uc + 4uc + 5uc - 1uc + 1uc + 0 + 0 + 0 + 0 0 + + 0 Create Local Dipoles Oxygens Move to Screen Dipoles Modifies Local Bonding and Structure (Crystal Field, Rumpling, Interstitial Spaces, O ap ) Subst. Film

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Brittany Nelson-Cheeseman Assistant Prof, University of St. Thomas, School of Engr. + 5uc. Effects of Cation Ordering on Structure and Transport ( s , k , D ) in Functional Oxide Thin Films Mentoring Undergraduates - PowerPoint PPT Presentation

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Page 1: Brittany Nelson-Cheeseman Assistant Prof,  University of St.  Thomas, School of  Engr

Brittany Nelson-CheesemanAssistant Prof, University of St. Thomas, School of Engr

• Effects of Cation Ordering on Structure and Transport (s, k, D) in Functional Oxide Thin Films

• Mentoring Undergraduates– In-depth hands-on lab

experiences (MBE growth & thin film characterization)

• Women in STEM• Interests in New Collaborations:

– Characterization: Thermal properties– Theory: Structure Ionic conductivity

+ 2uc

+ 3uc

+ 4uc

+ 5uc

- 1uc

+ 1uc

+0

+0

+0

+0

0

++

0

CreateLocal

Dipoles

Oxygens Move

to Screen Dipoles

Modifies Local Bonding and Structure

(Crystal Field, Rumpling, Interstitial Spaces, Oap )

Subs

t.Fi

lm