Skip to main content

Research
Research Areas
More Research Areas >
Research Resources
Lab Divisions
Research Directorates and Divisions
- Advanced Energy Technologies AET
  
  Applied Materials AMD
  
  Energy Systems and Infrastructure Assessment ESIA
  
  Transportation and Power Systems TAPS
- Computing, Environment and Life Sciences CELS
  
  Biosciences BIO
  
  Computational Science CPS
  
  Data Science and Learning DSL
  
  Environmental Science EVS
  
  Mathematics and Computer Science MCS
- Nuclear Technologies and National Security NTNS
  
  Chemical and Fuel Cycle Technologies CFCT
  
  Decision and Infrastructure Sciences DIS
  
  Experimental Operations and Facilities EOF
  
  Nuclear Science and Engineering NSE
  
  Strategic Security Sciences SSS
- Photon Sciences PSC
  
  APS Accelerator Systems ASD
  
  APS Engineering Support AES
  
  X-Ray Science XSD
- Physical Sciences and Engineering PSE
  
  Chemical Sciences and Engineering CSE
  
  High Energy Physics HEP
  
  Materials Science MSD
  
  Nanoscience and Technology NST
  
  Physics PHY
Partner With Us
Partner With Us
More About Partnerships >
National User Facilities
More About Facilities >
Connect
Engage with Us
Social Media
- Facebook
- Instagram
- LinkedIn
- Threads
- X
- YouTube
All Argonne Social Media >

Careers
News
Events
Staff Directory
About

Argonne National Laboratory Homepage

Search

Search Context

Publication

How Lewis Acidity of the Cationic Framework Affects KNaNbOF5 Polymorphism

Authors

Chang, Kelvin; Vinokur, A; Pinlac, R; Suchomel, Matthew; Marvel, M; Poeppelmeier, Kenneth

Division

XSD

Publication Year

2014

Publication Type

Article

DOI

10.1021/ic500922s

Download

Bibtex
EndNote

Argonne National Laboratory
- 9700 S. Cass Avenue
- Lemont, IL 60439
- +1-630-252-2000
Footer menu
Connect with Us
Conduct Research With Us
Partner with Us
Newsroom

U.S. Department of Energy Office of Science
Vulnerability Disclosure Program
Privacy & Security Notice
For Employees