Table 2 Hopping parameters for the One-UC slab model of La3Ni2O7 thin films

From: Electronic structures and multi-orbital models of La3Ni2O7 thin films at ambient pressure

Index

Layer

i

j

\({t}_{[ij]}^{x}\)

\({t}_{[ij]}^{z}\)

\({t}_{[ij]}^{xz}\)

Stack 1

A

0

0

0.844(0.776)

0.519(0.409)

0.000

  

1

0

−0.462(−0.483)

−0.134(−0.110)

0.228(0.239)

  

1

1

0.075(0.069)

−0.021(−0.017)

0.000

  

2

0

−0.053

−0.008

0.017

  

3

0

−0.013

−0.003

0.000

 

B

0

0

0.918

0.344

0.000

  

1

0

−0.460

−0.083

0.201

  

1

1

0.075

−0.015

0.000

  

2

0

−0.055

−0.013

0.023

  

3

0

−0.012

−0.002

0.000

 

AB

0

0

0.005 (0.005)

−0.550 (−0.635)

0.000

  

1

0

−0.000

0.020

−0.031 (−0.034)

Stack 2

A

0

0

0.918

0.344

0.000

  

1

0

−0.460

−0.083

0.201

  

1

1

0.075

−0.015

0.000

  

2

0

−0.055

−0.013

0.023

  

3

0

−0.012

−0.002

0.000

 

B

0

0

0.844

0.519

0.000

  

1

0

−0.462

−0.134

0.228

  

1

1

0.075

−0.021

0.000

  

2

0

−0.053

−0.008

0.017

  

3

0

−0.013

−0.003

0.000

 

AB

0

0

0.005

−0.550

0.000

  

1

0

0.000

0.020

−0.029

  1. \({t}_{A/B,[00]}^{x}\) and \({t}_{A/B,[00]}^{z}\) represent the site energies for the \({d}_{{x}^{2}-{y}^{2}}\) and \({d}_{{z}^{2}}\) orbitals in layer A and B, repectively. The numbers in the brackets correspond to parameters of the high-pressure phase of bulk La3Ni2O73. The units are eV.