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Lithium intercalation into double rare earth chromates
(Elsevier B.V., 1994-07-01)
Lithium intercalation into double rare earth chromates was carried out. It was found that the compounds NaxLi1-xLa(CrO4)2 belong to the NaLa(CrO4)2 structural type and may be recommended as fast ionic conductors. At small ...
Lithium intercalation into double rare earth chromates
(Elsevier B.V., 2014)
Lithium intercalation into double rare earth chromates
(Elsevier B.V., 2014)
On the packing chromatic number of hypercubes
(Elsevier Science, 2013-11)
The packing chromatic number χρ(G) of a graph G is the smallest integer k needed to proper color the vertices of G in such a way that the distance in G between any two vertices having color i be at least i + 1. Goddard et ...
Lanthanum-lithium-sodium double chromates as ionic conductors
(1997-03-20)
Lanthanum-lithium-sodium double chromates Li1-xNaxLa(CrO4)2 were prepared and analysed by means of admittance spectroscopy. Their a.c. conductivity parameters are correlated with structural details of high and low temperature ...
Lithium-lanthanum double chromates
(1993-11-12)
Synthesis and crystallographic data are reported for low and high temperature forms of LiLa(CrO4)2. The compounds are closely related to lamellar rare earth phosphates and arsenates of sodium and to RbLu(CrO4)2. Lattice ...
Lithium-lanthanum double chromates
(1993-11-12)
Synthesis and crystallographic data are reported for low and high temperature forms of LiLa(CrO4)2. The compounds are closely related to lamellar rare earth phosphates and arsenates of sodium and to RbLu(CrO4)2. Lattice ...
Artificial neural networks for the chromatic dispersion prediction of photonic crystal fibers
(2013-09)
Multilayer perceptron artificial neural networks have been used for the efficient evaluation and prediction of the chromatic dispersion properties of microstructured optical fibers, with very low computational resources ...
Chromate intercalation in Ni-Zn layered hydroxide salts
(Elsevier Science, 2010-07)
An acetate intercalated Ni-Zn layered hydroxide salt (LHS) was exchanged with chromate anions, achieving a rather large oxometalate concentration, which almost completely balanced the positive charges of the layers, as ...