Add to ORKGThe structures of Ca0.5Ti2P3O12 and Sr0.5Ti2P3O12, low-thermal-expansion materials, have been refined by the Rietveld method using high-resolution powder X-ray diffraction (XRD) data. The assignment of space group R[3 with combining macron] to NASICON-type compounds containing divalent cations is confirmed. 31P magic-angle spinning nuclear magnetic resonance (MASNMR) data are presented as supporting data. A comparison of changes in the polyhedral network resulting from the cation distribution, is made with NaTi2P3O12 and Nb2P3O12. Factors that may govern thermal expansion in this family of compounds are discussed
The purpose of this work was to synthesize and investigate phase formation, structure and thermophys...
The lattice expansion of aluminum titanate (AT) obtained by firing a mixture of alumina, rutile, str...
The anisotropic thermal expansion and crystal structure of K2NiF4-type CaErAlO4 have been investigat...
The space group of the low thermal expansion phosphates, belonging to NASICON structural family, hav...
The thermal expansion behavior of $MTi_2P_3O_{12}$ compounds with $M = Na^+, Cd_{0.5}^{2+}, and La_{...
The space group of the low thermal expansion phosphates, belonging to NASICON structural family, hav...
We present the results of variable temperature neutron powder diffraction studies of three low therm...
Variable temperature neutron powder diffraction data have been used to examine the structural mechan...
The thermal expansion characteristics of materials have important influences on their application. T...
Several new Na, Y and Zr substituted derivatives of Ca0·5Ti2(PO4)3 (CTP) have been synthesized....
Variable temperature neutron powder diffraction data are used to pinpoint the mechanism of low therm...
The NaZr2P3O12 (NZP) family of materials have shown low and tailorable thermal expansion properties....
We present the results of high resolution neutron powder diffraction studies of the NZP phases LiTi2...
Stoichiometric compounds of the chemical formula Ba 1.5_XSrXZr4P5SiO24, x being 0, 1.0, 1.25, and 1....
The crystal structures of new rare earth-based silicate compounds (Ca3Eu2Si3O12, Ca3Gd2Si3O12, Ca3Dy...
The purpose of this work was to synthesize and investigate phase formation, structure and thermophys...
The lattice expansion of aluminum titanate (AT) obtained by firing a mixture of alumina, rutile, str...
The anisotropic thermal expansion and crystal structure of K2NiF4-type CaErAlO4 have been investigat...
The space group of the low thermal expansion phosphates, belonging to NASICON structural family, hav...
The thermal expansion behavior of $MTi_2P_3O_{12}$ compounds with $M = Na^+, Cd_{0.5}^{2+}, and La_{...
The space group of the low thermal expansion phosphates, belonging to NASICON structural family, hav...
We present the results of variable temperature neutron powder diffraction studies of three low therm...
Variable temperature neutron powder diffraction data have been used to examine the structural mechan...
The thermal expansion characteristics of materials have important influences on their application. T...
Several new Na, Y and Zr substituted derivatives of Ca0·5Ti2(PO4)3 (CTP) have been synthesized....
Variable temperature neutron powder diffraction data are used to pinpoint the mechanism of low therm...
The NaZr2P3O12 (NZP) family of materials have shown low and tailorable thermal expansion properties....
We present the results of high resolution neutron powder diffraction studies of the NZP phases LiTi2...
Stoichiometric compounds of the chemical formula Ba 1.5_XSrXZr4P5SiO24, x being 0, 1.0, 1.25, and 1....
The crystal structures of new rare earth-based silicate compounds (Ca3Eu2Si3O12, Ca3Gd2Si3O12, Ca3Dy...
The purpose of this work was to synthesize and investigate phase formation, structure and thermophys...
The lattice expansion of aluminum titanate (AT) obtained by firing a mixture of alumina, rutile, str...
The anisotropic thermal expansion and crystal structure of K2NiF4-type CaErAlO4 have been investigat...