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Pseudopotential File

Test files

P.blyp-mt.UPF
 
Pseudopotential type: NORMCONS
Method: Martins-Troullier
Functional type: Becke-Lee-Yang-Parr (BLYP) exch-corr 
scalar relativistic

Origin: Original QE PP library 
Author: P. Giannozzi  ,
Generated by ld1 code (trou)
More Information: P.blyp-mt.txt
Uploaded by Erica Vidal
Classification controlled by Paolo Giannozzi
    P.blyp-van_ak.UPF
     
    Pseudopotential type: ULTRASOFT
    Method: Vanderbilt ultrasoft
    Functional type: Becke-Lee-Yang-Parr (BLYP) exch-corr 
    scalar relativistic
    
    Origin: Original QE PP library 
    Generated by Vanderbilt code version 7.3.4
    More Information: P.blyp-van_ak.txt
    Uploaded by Erica Vidal
    Classification controlled by Paolo Giannozzi
      P.bp-van_ak.UPF
       
      Pseudopotential type: ULTRASOFT
      Method: Vanderbilt ultrasoft
      Functional type: BP
      scalar relativistic
      
      Origin: Original QE PP library 
      Generated by Vanderbilt code version 7.3.4
      More Information: P.bp-van_ak.txt
      Uploaded by Erica Vidal
      Classification controlled by Paolo Giannozzi
        P.pbe-n-van.UPF
         
        Pseudopotential type: ULTRASOFT
        Method: Vanderbilt ultrasoft
        Functional type: Perdew-Burke-Ernzerhof (PBE) exch-corr
        Nonlinear core correction
        scalar relativistic
        
        Origin: Original QE PP library 
        Generated by Vanderbilt code version 7.3.5
        More Information: P.pbe-n-van.txt
        Uploaded by Erica Vidal
        Classification controlled by Paolo Giannozzi
          P.pbe-van_ak.UPF
           
          Pseudopotential type: ULTRASOFT
          Method: Vanderbilt ultrasoft
          Functional type: Perdew-Burke-Ernzerhof (PBE) exch-corr
          scalar relativistic
          
          Origin: Original QE PP library 
          Generated by Vanderbilt code version 7.3.4
          More Information: P.pbe-van_ak.txt
          Uploaded by Erica Vidal
          Classification controlled by Paolo Giannozzi
            P.pw91-n-van.UPF
             
            Pseudopotential type: ULTRASOFT
            Method: Vanderbilt ultrasoft
            Functional type: Perdew-Wang 91 gradient-corrected functional 
            Nonlinear core correction
            scalar relativistic
            
            Origin: Original QE PP library 
            Generated by Vanderbilt code version 7.3.5
            More Information: P.pw91-n-van.txt
            Uploaded by Erica Vidal
            Classification controlled by Paolo Giannozzi
              P.pw91-van_ak.UPF
               
              Pseudopotential type: ULTRASOFT
              Method: Vanderbilt ultrasoft
              Functional type: Perdew-Wang 91 gradient-corrected functional 
              scalar relativistic
              
              Origin: Original QE PP library 
              Generated by Vanderbilt code version 7.3.4
              More Information: P.pw91-van_ak.txt
              Uploaded by Erica Vidal
              Classification controlled by Paolo Giannozzi
                P.pz-bhs.UPF
                 
                Pseudopotential type: NORMCONS
                Method: Bachelet-Hamann-Schlueter and derived
                Functional type: Perdew-Zunger (LDA) exch-corr
                scalar relativistic
                
                Origin: Original QE PP library 
                Author: X. Gonze et al.
                Generated by 
                More Information: P.pz-bhs.txt
                Uploaded by Erica Vidal
                Classification controlled by Paolo Giannozzi
                  P.pz-van_ak.UPF
                   
                  Pseudopotential type: ULTRASOFT
                  Method: Vanderbilt ultrasoft
                  Functional type: Perdew-Zunger (LDA) exch-corr
                  scalar relativistic
                  
                  Origin: Original QE PP library 
                  Generated by Vanderbilt code version 7.3.4
                  More Information: P.pz-van_ak.txt
                  Uploaded by Erica Vidal
                  Classification controlled by Paolo Giannozzi