We show that the structure of a polymer electrolyte may be solved by growing single crystals of an oligomeric (short chain) complex which provided an adequate starting model for refinement of the equivalent polymeric structure using powder diffraction: the efficacy of this method has been demonstrated by determining for the first time the structure of an 8 : 1 complex, poly(ethylene oxide)(8) : NaBPh4.</p
The efficient preparation of single-crystalline ionic polymers and fundamental understanding of thei...
Exact length hydroxybutyrate oligomers containing 24 and 32 repeat units have been prepared and thei...
The preparative method of giant single crystals of PEO and the experimental results of them by x-ray...
Crystallography provides a unique insight into the structural properties of polymer electrolytes. Kn...
The crystal structure of the polymer electrolyte, poly(ethylene oxide)(3): LiN(SO2CF3)(2) is solved ...
The crystal structure of the polymer electrolyte poly(ethylene oxide)(4):RbSCN has been elucidated b...
The crystal structure of the poly(ethylene oxide)-sodium perchlorate complex has been refined by the...
Ionically conducting polymers (polymer electrolytes) are under intensive investigation because they ...
The crystal structure of the polymer electrolyte complex PEO3:LiAsF6 has been determined ab initio f...
The previously unknown crystal structure of the polymer/salt complex poly(ethylene oxide):NaSO3CF3 w...
Polymer electrolytes-salts (such as LiCF3SO3) dissolved in solid, high-molar-mass polymers (for exam...
The crystal structures of the polymer electrolyte complexes PEO6:LiPF6 and PEO6:LiSbF6 have been obt...
Two essential but often neglected topics in the field of polymer electrolytes are highlighted. The f...
Two frequently neglected topics in the field of polymer electrolytes are discussed, namely the struc...
The crystal structures of PEO3:LiBF4, (diglyme)(2):LiBF4, and (diglyme):LiBF4 have been determined a...
The efficient preparation of single-crystalline ionic polymers and fundamental understanding of thei...
Exact length hydroxybutyrate oligomers containing 24 and 32 repeat units have been prepared and thei...
The preparative method of giant single crystals of PEO and the experimental results of them by x-ray...
Crystallography provides a unique insight into the structural properties of polymer electrolytes. Kn...
The crystal structure of the polymer electrolyte, poly(ethylene oxide)(3): LiN(SO2CF3)(2) is solved ...
The crystal structure of the polymer electrolyte poly(ethylene oxide)(4):RbSCN has been elucidated b...
The crystal structure of the poly(ethylene oxide)-sodium perchlorate complex has been refined by the...
Ionically conducting polymers (polymer electrolytes) are under intensive investigation because they ...
The crystal structure of the polymer electrolyte complex PEO3:LiAsF6 has been determined ab initio f...
The previously unknown crystal structure of the polymer/salt complex poly(ethylene oxide):NaSO3CF3 w...
Polymer electrolytes-salts (such as LiCF3SO3) dissolved in solid, high-molar-mass polymers (for exam...
The crystal structures of the polymer electrolyte complexes PEO6:LiPF6 and PEO6:LiSbF6 have been obt...
Two essential but often neglected topics in the field of polymer electrolytes are highlighted. The f...
Two frequently neglected topics in the field of polymer electrolytes are discussed, namely the struc...
The crystal structures of PEO3:LiBF4, (diglyme)(2):LiBF4, and (diglyme):LiBF4 have been determined a...
The efficient preparation of single-crystalline ionic polymers and fundamental understanding of thei...
Exact length hydroxybutyrate oligomers containing 24 and 32 repeat units have been prepared and thei...
The preparative method of giant single crystals of PEO and the experimental results of them by x-ray...