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Platform6900865 - Argo float - ARGO-BSH
Platform6900865 - Argo float - ARGO-BSH -
Platform6901053 - Argo float - ARGO-BSH
Platform6901053 - Argo float - ARGO-BSH -
Platform6901054 - Argo float - ARGO-BSH
Platform6901054 - Argo float - ARGO-BSH -
Platform6901051 - Argo float - ARGO-BSH
Platform6901051 - Argo float - ARGO-BSH -
Platform6901049 - Argo float - ARGO-BSH
Platform6901049 - Argo float - ARGO-BSH -
Platform6900867 - Argo float - ARGO-BSH
Platform6900867 - Argo float - ARGO-BSH -
Platform6900864 - Argo float - ARGO-BSH
Platform6900864 - Argo float - ARGO-BSH -
Platform6901047 - Argo float - ARGO-BSH
Platform6901047 - Argo float - ARGO-BSH -
APEX Profiling Float - 6901051 - Argo BSH
APEX Profiling Float - 6901051 - Argo BSH -
APEX Profiling Float - 6901049 - Argo BSH
APEX Profiling Float - 6901049 - Argo BSH -
APEX Profiling Float - 6900867 - Argo BSH
APEX Profiling Float - 6900867 - Argo BSH -
APEX Profiling Float - 6900864 - Argo BSH
APEX Profiling Float - 6900864 - Argo BSH -
APEX Profiling Float - 6901047 - Argo BSH
APEX Profiling Float - 6901047 - Argo BSH -
APEX Profiling Float - 6901054 - Argo BSH
APEX Profiling Float - 6901054 - Argo BSH -
APEX Profiling Float - 6900865 - Argo BSH
APEX Profiling Float - 6900865 - Argo BSH -
Magnetic and Structural Studies on Oxychalcogenides
In this proposal we request 3 days of beam time on HRPD to study the structures (both atomic and magnetic) of a variety of oxychalcogenide phases: La2O2Se2Fe2O, Ce2O2Se2Mn and... -
The Interaction of Ammonia with Binary and Ternary Nitrides
We request 2 days on GEM in conjunction with the IGAn apparatus to investigate the formation of lithium amide (LiNH2) from the interaction of Li3N with ammonia (ND3), and the... -
Structure and Phase Transitions of XNbOP2O7, with X = ND4 and Rb
In this proposal we request 3 days of beam time on HRPD to study the structure and phase transitions of XNbOP2O7 (X = Rb and ND4). These materials have been shown to undergo... -
In Situ High Pressure NMR study of the Direct Synthesis of NaAlH4
NaAlH4 has been a model system for metal hydride hydrogen storage materials since the reaction was identified to be reversible. The decomposition pathway has been described by a... -
Understanding the decomposition of ammonia by lithium-calcium imide
Among light metal amide-imide catalysts for ammonia decomposition, lithium-calcium imide is the most promising candidate for practical application. Ex situ diffraction data...
