Strain-Enhanced Oxygen Dynamics and Redox Reversibility in

Dec 12, 2016 - Oxide materials facilitating high-ion mobility and fast-ion transport are highly sought after for applications requiring intensive redox cycling.

Dec 12, 2016 - Strain-Enhanced Oxygen Dynamics and Redox Reversibility in Topotactic SrCoO3-δ (0 < δ ≤ 0.5). Songbai Hu† .... 2016 8 (12), pp 7902–7911.

Dec 12, 2016 - User Resources. About Us · ACS Members · Librarians · Authors & Reviewers · Website Demos · Privacy Policy · Mobile Site ...

Feb 28, 2017 - Recently, more and more new high-capacity lithium-rich layered oxides involving both metal and oxygen redox have been proposed. However, the structural stability was influenced by the irreversible oxygen redox, which leads to the insta

Feb 28, 2017 - However, among these lithium-rich layered oxides, tremendous efforts should be dedicated to stabilizing their structure during deep charge and discharge. ... Here, on the basis of a flexible structure of lithium-rich ruthenium oxide, w

Feb 28, 2017 - Beijing Key Laboratory of Theory and Technology for Advanced Batteries Materials, College of Engineering, Peking University, Beijing 100871, ...

Feb 28, 2017 - Recently, more and more new high-capacity lithium-rich layered oxides involving both metal and oxygen redox have been proposed. However ...

Dec 12, 2016 - Songbai HuClaudio CazorlaFeixiang XiangHongfei MaJianyuan WangJianbo WangXiaolin WangClemens UlrichLang ChenJan Seidel.

Jun 14, 2008 - Michelle E. McCully, David A. C. Beck and Valerie Daggett*. Biomolecular Structure and Design Program and Department of Bioengineering, ...

Jun 14, 2008 - the Engrailed Homeodomain†. Michelle E. McCully,‡ David A. C. Beck,§ and Valerie Daggett*,‡,§. Biomolecular Structure and Design Program ...