The space group of the low thermal expansion phosphates, belonging to NASICON structural family, having divalent cations has been reassigned as R3̿ based on powder X-ray diffraction studies in the system M0.5Ti2P3O12. This implies further ordered distribution of M2+ cations and vacancies along the hexagonal 'c' direction of NASICON structure
The new family of low thermal expansion materials based zirconium phosphate - NaZr P 0 (NZP) have wi...
The thermal expansion characteristics of materials have important influences on their application. T...
Two homologous new mixed‐metal phosphates K2PbBi2(PO4)2(P2O7) (I) and Rb2CdBi2(PO4)2(P2O7) (II) were...
The space group of the low thermal expansion phosphates, belonging to NASICON structural family, hav...
The structures of Ca0.5Ti2P3O12 and Sr0.5Ti2P3O12, low-thermal-expansion materials, have been refine...
The thermal expansion behavior of $MTi_2P_3O_{12}$ compounds with $M = Na^+, Cd_{0.5}^{2+}, and La_{...
The space groups of three previously described Mo(V) phosphate structures are revised. (1) δ-KMo_2P_...
Variable temperature neutron powder diffraction data are used to pinpoint the mechanism of low therm...
International audienceThe structure of the fully ordered R-Na3Ti2(PO4)3 NASICON compound was elucida...
The purpose of this work was to synthesize and investigate phase formation, structure and thermophys...
We present the results of variable temperature neutron powder diffraction studies of three low therm...
X-ray and IR studies on Nasicon solid solutions, Na1+xZr2SixP3−xO12, are carried out as a function o...
Mixed metal phosphates of the general formula Ax TiVIII(PO4)3, where A = Na, K, or Ba and (0 < x ...
Variable temperature neutron powder diffraction data have been used to examine the structural mechan...
Powder neutron diffraction analysis was carried out on a sample of Li1+xAlxTi2–xP3O12 at two tempera...
The new family of low thermal expansion materials based zirconium phosphate - NaZr P 0 (NZP) have wi...
The thermal expansion characteristics of materials have important influences on their application. T...
Two homologous new mixed‐metal phosphates K2PbBi2(PO4)2(P2O7) (I) and Rb2CdBi2(PO4)2(P2O7) (II) were...
The space group of the low thermal expansion phosphates, belonging to NASICON structural family, hav...
The structures of Ca0.5Ti2P3O12 and Sr0.5Ti2P3O12, low-thermal-expansion materials, have been refine...
The thermal expansion behavior of $MTi_2P_3O_{12}$ compounds with $M = Na^+, Cd_{0.5}^{2+}, and La_{...
The space groups of three previously described Mo(V) phosphate structures are revised. (1) δ-KMo_2P_...
Variable temperature neutron powder diffraction data are used to pinpoint the mechanism of low therm...
International audienceThe structure of the fully ordered R-Na3Ti2(PO4)3 NASICON compound was elucida...
The purpose of this work was to synthesize and investigate phase formation, structure and thermophys...
We present the results of variable temperature neutron powder diffraction studies of three low therm...
X-ray and IR studies on Nasicon solid solutions, Na1+xZr2SixP3−xO12, are carried out as a function o...
Mixed metal phosphates of the general formula Ax TiVIII(PO4)3, where A = Na, K, or Ba and (0 < x ...
Variable temperature neutron powder diffraction data have been used to examine the structural mechan...
Powder neutron diffraction analysis was carried out on a sample of Li1+xAlxTi2–xP3O12 at two tempera...
The new family of low thermal expansion materials based zirconium phosphate - NaZr P 0 (NZP) have wi...
The thermal expansion characteristics of materials have important influences on their application. T...
Two homologous new mixed‐metal phosphates K2PbBi2(PO4)2(P2O7) (I) and Rb2CdBi2(PO4)2(P2O7) (II) were...
DOI
Add to ORKG