Ionic crystals with large cations based on organic methyl-ammonium structure and large anions based on metal halide groupings show interesting ferroelectric behaviour. This paper investigates the role of H-bonding in such crystals it so far as it influences ferroelectric behaviour
Ferroelectric metal–organic frameworks are emerging as an exciting field of research and have witnes...
Organic acid–base salts have attracted increasing attention as a promising candidate of anhydrous pr...
The ability of Bader's charge density topology analysis to explain various material properties has b...
R factor = 0.049; wR factor = 0.118; data-to-parameter ratio = 25.4. In the title organic–inorganic ...
Ferroelectrics are a class of functional materials that display the property of possessing two or mo...
Although ferroelectric compounds containing hydrogen bonds were among the first to be discovered, or...
The alum family of double salts with the general formula M1+M3+(RO4)2.12H2O where M1+ is a monovalen...
This work probes the role of hydrogen bonds (such as O-H ... O and N-H ... O) in some inorganic nonl...
A number of novel organic ionic compounds based on the pyrrolidinium cation are described which have...
A systematic and quantitative research on the structure-property correlation has been carried out in...
Ferroelectrics are used in a wide range of applications, including memory elements, capacitors and s...
New nontoxic and biocompatible ferroelectric materials are a subject undergoing intense study. One o...
R factor = 0.069; wR factor = 0.189; data-to-parameter ratio = 19.0. In the crystal structure of the...
10 pages, 5 figuresInternational audienceMobile charges and lattice polarization interact in ferroel...
Perovskite-like materials exhibit desirable photophysical and electric properties that make them sui...
Ferroelectric metal–organic frameworks are emerging as an exciting field of research and have witnes...
Organic acid–base salts have attracted increasing attention as a promising candidate of anhydrous pr...
The ability of Bader's charge density topology analysis to explain various material properties has b...
R factor = 0.049; wR factor = 0.118; data-to-parameter ratio = 25.4. In the title organic–inorganic ...
Ferroelectrics are a class of functional materials that display the property of possessing two or mo...
Although ferroelectric compounds containing hydrogen bonds were among the first to be discovered, or...
The alum family of double salts with the general formula M1+M3+(RO4)2.12H2O where M1+ is a monovalen...
This work probes the role of hydrogen bonds (such as O-H ... O and N-H ... O) in some inorganic nonl...
A number of novel organic ionic compounds based on the pyrrolidinium cation are described which have...
A systematic and quantitative research on the structure-property correlation has been carried out in...
Ferroelectrics are used in a wide range of applications, including memory elements, capacitors and s...
New nontoxic and biocompatible ferroelectric materials are a subject undergoing intense study. One o...
R factor = 0.069; wR factor = 0.189; data-to-parameter ratio = 19.0. In the crystal structure of the...
10 pages, 5 figuresInternational audienceMobile charges and lattice polarization interact in ferroel...
Perovskite-like materials exhibit desirable photophysical and electric properties that make them sui...
Ferroelectric metal–organic frameworks are emerging as an exciting field of research and have witnes...
Organic acid–base salts have attracted increasing attention as a promising candidate of anhydrous pr...
The ability of Bader's charge density topology analysis to explain various material properties has b...
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