Table 1 Summary of the results of selected materials considered in this study.

From: Large anomalous Hall, Nernst effect and topological phases in the 3d-4d/5d-based oxide double perovskites

Material

SG

B-3d

B’-4d/5d

B

B’

M

MS

AHC

AHC\({}_{\max }\)(ΔE)

ANC

ANC\({}_{\max }\)(ΔE)

  

site

site

(μB)

(μB)

(μB/f.u.)

 

(S cm−1)

(S cm−1)

(A m−1 K−1)

(A m−1 K−1)

Ba2FeMoO6

225

Fe3+ – 3d5

Mo5+ – 4d1

3.97

−0.40

3.99

FiM

6.94

37 (0.20)

0.04

−0.18 (0.20)

Ba2CoMoO6

225

Co2+ – 3d7

Mo6+ – 4d0

2.70

0.03

2.99

FM

0.00

0.00

0.00

0.00

Ba2MnMoO6

225

Mn2+ – 3d5

Mo6+ – 4d0

4.54

0.11

4.99

FM

0.00

0.00

0.00

0.00

Ba2FeReO6

225

Fe3+ – 3d5

Re5+ – 5d2

3.90

−0.92

3.06

FiM

33.43

329 (0.20)

0.04

−1.20 (0.14)

Ba2MnReO6

225

Mn2+ – 3d5

Re6+ – 5d1

4.52

−0.66

4.03

FiM

278

536 (0.03)

1.52

−2.10 (0.10)

Ba2NiReO6

225

Ni2+ – 3d8

Re6+ – 5d1

1.70

0.71

2.95

FM

−495

−571 (0.01)

0.220

2.51 (0.05)

Ba2NiWO6

225

Ni2+ – 3d8

W6+ – 5d0

1.71

0.06

2.01

FM

0.00

0.00

0.00

0.00

Sr2NiMoO6

87

Ni2+ – 3d8

Mo6+ – 4d0

1.67

0.07

2.00

FM

0.00

0.00

0.00

0.00

Sr2FeMoO6

87

Fe3+ – 3d5

Mo5+ – 4d1

4.06

−0.55

3.99

FiM

73.68

99 (0.17)

0.03

0.94 (0.16)

Sr2CoOsO6

87

Co2+ – 3d7

Os6+ – 5d2

2.68

−1.18

1.16

FiM

300

517 (0.12)

−1.61

3.13 (0.20)

Sr2CoReO6

87

Co2+ – 3d7

Re6+ – 5d1

2.44

−0.44

2.03

FiM

−22

200 (0.19)

−0.52

−1.97 (0.20)

Sr2CrOsO6

87

Cr3+ – 3d3

Os5+ – 5d3

2.74

−1.79

0.18

FiM

0.00

0.00

0.00

0.00

Sr2NiOsO6

87

Ni2+ – 3d8

Os6+ – 5d2

1.68

1.22

3.84

FM

176

206 (−0.08)

−0.66

−2.60 (−0.19)

Sr2NiReO6

87

Ni2+ – 3d8

Re6+ – 5d1

1.67

−0.65

1.03

FiM

447

447

−0.30

2.54 (0.01)

  1. Listed are the space group (SG), charge state, and electron occupancy at the B-3d and B’-4d/5d sites, the magnetic moment at the B-3d and B’-4d/5d sites, theoretical magnetization per formula unit (f.u.), magnetic ground state (MS), AHC, maximum AHC, ANC, and maximum ANC. The maximum values are obtained in an energy window of 200 meV around the Fermi level. ΔE indicates the energy distance in eV of the maximum values with regard to the Fermi level.