The series LnSrVO4: synthesis, crystal structure, crystal chemistry and magnetic susceptibilities
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Cited by (21)
Structural analysis and physical properties of Sr<inf>2-x</inf>La <inf>x</inf>VO<inf>4-δ</inf>
2014, Journal of Alloys and CompoundsCitation Excerpt :The unit cell parameters for Sr2−xLaxVO4−δ are shown in Fig. 3. The data reported by Deslandes et al. (sintered body) [19], Greedan and Gong (sintered body) [23] and Matsuno et al. (single crystalline thin film) [20] are plotted with our results. The data by Deslandes et al. are well overlapped with our results.
The crystal chemistry of AM<inf>2</inf>O<inf>4</inf> oxometallates
2003, Journal of Alloys and CompoundsCitation Excerpt :It was observed that the position of the A ions can be statistically occupied by two different elements. Examples are the substances: AA′MO4 with AA′=Ca/La, M=Ga [349], the phase Ca0.3La1.7NiO4 [350]; AA′=Ca/Nd, M=Al [351–353]; AA′=Ca/Sm, M=Al [354]; AA′=Ca/Y, M=Al [353]; [355]; AA′=Sr/La, M=Ni [356,357]; M=Co [358]; M=Cu [359]; M=V [360; 361]; M=Al [353]; [362]; M=Ga: [363]; AA′=Sr/Ce, M=Al [364]; M=V [361]; AA′=Sr/Pr, M=V [361]; M=Al [365]; AA′=Sr/Nd, M=Mn/Cr [366]; M=Fe [367]; M=Co [368]; M=Ni [369]; M=Ga [349]; M=V [361]; AA′=Sr/Sm, M=Ni [370]; AA′=Sr/Gd, M=Ni [371] and AA′=Ba/La, M=Fe [372]. An examination of strontium iridate(IV), Sr2IrO4 [373] was published in 1994.
Synthesis and crystal structure of (Sr<inf>1-x</inf>La<inf>1+x</inf>)Zn<inf>1-x</inf>O<inf>3.5-x/2</inf>(0.01 ≤ × < 0.03)
2001, Journal of Solid State ChemistryMagnetic and electrical properties of Eu<inf>2</inf>VO<inf>4</inf>
1999, Materials Research BulletinPreparation, electronic, and magnetic properties of Sr<inf>3</inf>V<inf>2</inf>O<inf>6.99</inf>
1995, Journal of Solid State Chemistry