[QE-users] Error in routine phq_readin

Mauro Sgroi maurofrancesco.sgroi at gmail.com
Mon May 10 22:48:24 CEST 2021


Dear QE users,
I'm trying to calculate the Raman response of the cubic Li2TiS3 material.
I'm using LDA, NC pseudopotentials and the tetrahedra method.
When I run ph.x I get the error message:

Error in routine phq_readin (1):
no elec. field with metals

even if I'm not using a smearing and I set epsil=.false.

Below are my input files.
Could please give me advice?

Thank you and best regards,
Mauro Sgroi
Centro Ricerche FIAT
Italy

Normal modes for LTS
 &inputph
  prefix='LTS'
  outdir='/workhpc/FCA/FCA_CRF_STRUT/sgroi/tmp/LTS'
  fildyn='dmat.lts'
  amass(1)=6.941
  amass(2)=47.867
  amass(3)=32.06
  tr2_ph=1.0d-14
  epsil=.false.
  lraman=.true.
  trans=.true.
  asr=.true.
 /
 0.0 0.0 0.0


&CONTROL
                       title = 'Li2TiS3'
                  pseudo_dir =
'/workhpc/FCA/FCA_CRF_STRUT/sgroi/DATABASE/ESPRESSO/ONCV'
                      prefix = 'LTS'
                     outdir  = '/workhpc/FCA/FCA_CRF_STRUT/sgroi/tmp/LTS'
                 calculation = 'scf'
                     disk_io = 'default'
 /
 &SYSTEM
                       ibrav = 0
                           A = 10.736
                         nat = 54
                        ntyp = 3
                     ecutwfc = 100
                     ecutrho = 400
                 occupations = 'tetrahedra_opt'
                   input_dft = 'LDA'

 /
 &ELECTRONS
            electron_maxstep = 200
                    conv_thr = 1.0D-9
                 startingpot = 'atomic'
                 startingwfc = 'atomic'
                 mixing_mode = 'plain'
                 mixing_beta = 0.1
             diagonalization = 'david'
            diago_david_ndim = 4
 /

ATOMIC_SPECIES
 Li  6.941 Li_ONCV_PBE-1.2.upf
 Ti 47.867 Ti_ONCV_PBE-1.2.upf
 S  32.06  S_ONCV_PBE-1.2.upf

K_POINTS {automatic}
5 5 5 1 1 1

CELL_PARAMETERS {alat}
0.000000   0.707107   0.707107
0.707107   0.000000   0.707107
0.707107   0.707107   0.000000

ATOMIC_POSITIONS {CRYSTAL}
S             0.1593887455        0.1593887455        0.1593887455
S             0.8333333130        0.8333333130        0.8333333130
S             0.1714035391        0.1714035391        0.4952631329
S             0.8333333130        0.8333333130        0.4946417274
S             0.1714035391        0.4952631329        0.1714035391
S             0.8333333130        0.4946417274        0.8333333130
S             0.4952631329        0.1714035391        0.1714035391
S             0.4946417274        0.8333333130        0.8333333130
S             0.1720249296        0.8333333130        0.8333333130
S             0.4952631329        0.1714035391        0.4952631329
S             0.1720249296        0.8333333130        0.4946417274
S             0.4952631329        0.4952631329        0.1714035391
S             0.1720249296        0.4946417274        0.8333333130
S             0.8551670924        0.1593887455        0.1593887455
S             0.8333333130        0.1720249296        0.8333333130
S             0.1714035391        0.4952631329        0.4952631329
S             0.8333333130        0.1720249296        0.4946417274
S             0.1593887455        0.8551670924        0.1593887455
S             0.4946417274        0.1720249296        0.8333333130
S             0.8333333130        0.8333333130        0.1720249296
S             0.1593887455        0.1593887455        0.8551670924
S             0.8333333130        0.4946417274        0.1720249296
S             0.4946417274        0.8333333130        0.1720249296
S             0.5072779265        0.5072779265        0.8114995336
S             0.8114995336        0.5072779265        0.5072779265
S             0.5072779265        0.8114995336        0.5072779265
S             0.5072779265        0.5072779265        0.5072779265
Ti           -0.0050323800       -0.0050323800       -0.0050323800
Ti            0.3484304831       -0.0050323800       -0.0050323800
Ti           -0.0050323800        0.3484304831       -0.0050323800
Ti           -0.0050323800       -0.0050323800        0.3484304831
Ti            0.6716990670        0.6716990670        0.3182362029
Ti            0.3182362029        0.6716990670        0.6716990670
Ti            0.6716990670        0.3182362029        0.6716990670
Ti            0.6716990670        0.6716990670        0.6716990670
Ti            0.3333333430        0.3333333430        0.3333333430
Li            0.3333333430        0.3333333430        0.6458068818
Li            0.6458068818        0.3333333430        0.3333333430
Li            0.3333333430        0.6458068818        0.3333333430
Li            0.0208598052        0.6458068818        0.3333333430
Li            0.0208598052        0.3333333430        0.3333333430
Li            0.0208598052        0.3333333430        0.6458068818
Li            0.6458068818        0.0208598052        0.3333333430
Li            0.3333333430        0.0208598052        0.6458068818
Li            0.3333333430        0.0208598052        0.3333333430
Li            0.3333333430        0.3333333430        0.0208598052
Li            0.3333333430        0.6458068818        0.0208598052
Li            0.6458068818        0.3333333430        0.0208598052
Li            0.6721036660       -0.0054369790       -0.0054369790
Li           -0.0054369790        0.6721036660       -0.0054369790
Li           -0.0054369790       -0.0054369790        0.6721036660
Li            0.6721036660       -0.0054369790        0.6721036660
Li            0.6721036660        0.6721036660       -0.0054369790
Li           -0.0054369790        0.6721036660        0.6721036660
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