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        <div dir="ltr" data-setdir="false">the chemical composition are Cu2MnZrSe4    Cu2MnZrS4  </div><div><br></div>
        
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                    Le vendredi 22 novembre 2019 à 09:33:40 UTC+1, Xavier Rocquefelte <xavier.rocquefelte@univ-rennes1.fr> a écrit :
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    <p>OK so you have transition metal elements surrounded by ligands
      (S, Se) ...</p>
    <p>For copper, it depends if its oxidation state is +2 or +1,
      leading to 10 and 9 electrons in the Cu-3d states, respectively. <br clear="none">
    </p>
    <p>For Manganese you have to use DFT+U or DFT+onsite hybrid
      functional or full hybrid if not metallic. <br clear="none">
    </p>
    <p>For zirconium, you should have no difficulties. <br clear="none">
    </p>
    <p>I cannot say more  without the chemical composition ... <br clear="none">
    </p>
    <div class="yiv7746649992moz-cite-prefix">Le 22/11/2019 à 09:13, djamel slamnia a
      écrit :<br clear="none">
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        <div dir="ltr">thanks Mr for replay </div>
        <div dir="ltr"><br clear="none">
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        <div dir="ltr">my compounds one of them is
          metalic and the second is half metalic. both compounds
          containing<span> d-Orbitals of transition metal (Cu ,Mn , Zr ,
            S , Se)</span></div>
        <div dir="ltr"><span>i thought that -hf
            module can be the best methode </span></div>
        <div dir="ltr"><span><br clear="none">
          </span></div>
        <div dir="ltr"><span><span>What do you
              suggest  ??   </span></span></div>
        <div dir="ltr"><span><span>thanks in
              advance </span></span></div>
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          <div> Le vendredi 22 novembre 2019 à 08:00:02 UTC+1, Peter
            Blaha <a rel="nofollow" shape="rect" class="yiv7746649992moz-txt-link-rfc2396E" ymailto="mailto:pblaha@theochem.tuwien.ac.at" target="_blank" href="mailto:pblaha@theochem.tuwien.ac.at"><pblaha@theochem.tuwien.ac.at></a> a écrit : </div>
          <div><br clear="none">
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          <div>
            <div dir="ltr">Please: Do all the examples from our
              wien2k-workshop (from <br clear="none">
              <a rel="nofollow" shape="rect" class="yiv7746649992moz-txt-link-abbreviated" target="_blank" href="http://www.wien2k.at">www.wien2k.at</a>) first !  Learn how to run WIEN2k properly
              on small examples.<br clear="none">
              <br clear="none">
              I guess you do all wrong. A wrong command (even one
              soingle letter) can <br clear="none">
              spoil the calculations.<br clear="none">
              <br clear="none">
              a) If your compound is metallic, it is very doubtful that
              a hybrid <br clear="none">
              calculation is good. Hybrid-DFT is not good for metals.<br clear="none">
              <br clear="none">
              b) runsp_lapw -hf -ec -f 1 0.0001 -cc 0.001 -NI<br clear="none">
              <br clear="none">
              This command has several errors. What should that be:<br clear="none">
              -ec -f 1 0.0001    ????<br clear="none">
              And I doubt that a non-parallel (without -p) calculation
              runs <br clear="none">
              meaningfully for 200 cycles with -hf. This would run VERY
              long, unless <br clear="none">
              your k-mesh is very small.<br clear="none">
              <br clear="none">
              c) You said you did geometry optimization "successfully" !
              ?<br clear="none">
              <br clear="none">
              did you use    runsp -min -fc 1 ...    for this purpose
              ???<br clear="none">
              <br clear="none">
              Did you check that the forces were small at the end in
              your case.scf <br clear="none">
              file ???<br clear="none">
              <br clear="none">
              <br clear="none">
              Am 21.11.2019 um 20:51 schrieb djamel slamnia:<br clear="none">
              > I am very grateful to communicate with you<br clear="none">
              > <br clear="none">
              > my compound is quaternary all atoms are d-Orbitals
              of  transition metal<br clear="none">
              > <br clear="none">
              > i did the geometry optimisation successfuly<br clear="none">
              > Now i'm trying to do minimisation of position with hf<br clear="none">
              > after i intialisation init_hf_lapw  i filled nband i
              did this  ( <br clear="none">
              > runsp_lapw -hf -ec -f 1 0.0001 -cc 0.001 -NI)<br clear="none">
              > but with more then 200 iterations never get
              convegence ???<br clear="none">
              > <br clear="none">
              > Le jeudi 21 novembre 2019 à 18:27:12 UTC+1, Xavier
              Rocquefelte <br clear="none">
              > <<a rel="nofollow" shape="rect" ymailto="mailto:xavier.rocquefelte@univ-rennes1.fr" target="_blank" href="mailto:xavier.rocquefelte@univ-rennes1.fr">xavier.rocquefelte@univ-rennes1.fr</a>>
              a écrit :<br clear="none">
              > <br clear="none">
              > <br clear="none">
              > If you want our help we need to have details about
              your system.<br clear="none">
              > <br clear="none">
              > Then we can advice you concerning the best strategy.<br clear="none">
              > <br clear="none">
              > Best Regards<br clear="none">
              > <br clear="none">
              > Xavier<br clear="none">
              > <br clear="none">
              > Le 21/11/2019 à 18:02, djamel slamnia a écrit :<br clear="none">
              > thanks a lot Mr XAVIER for<br clear="none">
              >   i'm traying hard to do option 2.a minimisation
              position with hybrid  <br clear="none">
              > functionel but the process did not converged after
              more than 200 <br clear="none">
              > iteration ??<br clear="none">
              > can you Suggests me solutio<br clear="none">
              > Le jeudi 21 novembre 2019 à 16:51:45 UTC+1, Xavier
              Rocquefelte <br clear="none">
              > <<a rel="nofollow" shape="rect" ymailto="mailto:xavier.rocquefelte@univ-rennes1.fr" target="_blank" href="mailto:xavier.rocquefelte@univ-rennes1.fr">xavier.rocquefelte@univ-rennes1.fr</a>>
              <br clear="none">
              > <mailto:<a rel="nofollow" shape="rect" ymailto="mailto:xavier.rocquefelte@univ-rennes1.fr" target="_blank" href="mailto:xavier.rocquefelte@univ-rennes1.fr">xavier.rocquefelte@univ-rennes1.fr</a>>
              a écrit :<br clear="none">
              > <br clear="none">
              > <br clear="none">
              > Hummm ... Here are many options ... choose the one
              you like ;)<br clear="none">
              > <br clear="none">
              > 1/ You consider the importance to have hybrid
              functional to properly <br clear="none">
              > describe the atomic structure. If not, optimize using
              regular DFT and <br clear="none">
              > then estimate the property of interest with hybrid
              functional using to <br clear="none">
              > optimized structure in regular DFT.<br clear="none">
              > <br clear="none">
              > 2/ You really want to optimize the geometry in hybrid
              because your <br clear="none">
              > system requires such a level of accuracy:<br clear="none">
              > <br clear="none">
              > 2.a. you implement the optimization using hybrid
              functional in WIEN2k <br clear="none">
              > and all the community will be happy of such a
              contribution<br clear="none">
              > <br clear="none">
              > 2.b. you use a plane-wave code (the one you like) and
              you optimize in <br clear="none">
              > hybrid. Then you use this optimized structure in
              WIEN2k to simulate a <br clear="none">
              > specific property or to do an accurate analysis.<br clear="none">
              > <br clear="none">
              > Regards,<br clear="none">
              > <br clear="none">
              > Xavier<br clear="none">
              > <br clear="none">
              > Le 21/11/2019 à 16:41, djamel slamnia a écrit :<br clear="none">
              > so what  i have to do now ??? thanks in advance<br clear="none">
              > <br clear="none">
              > Le mercredi 20 novembre 2019 à 15:42:59 UTC+1, Tran,
              Fabien <br clear="none">
              > <<a rel="nofollow" shape="rect" ymailto="mailto:fabien.tran@tuwien.ac.at" target="_blank" href="mailto:fabien.tran@tuwien.ac.at">fabien.tran@tuwien.ac.at</a>>
              <mailto:<a rel="nofollow" shape="rect" ymailto="mailto:fabien.tran@tuwien.ac.at" target="_blank" href="mailto:fabien.tran@tuwien.ac.at">fabien.tran@tuwien.ac.at</a>>
              a écrit :<br clear="none">
              > <br clear="none">
              > <br clear="none">
              > If you are trying to do an optimization of atom
              positions, then you can <br clear="none">
              > not do it with hybrid functional (-hf option) because
              the forces are not <br clear="none">
              > implemented for hybrid functionals.<br clear="none">
              > <br clear="none">
              > <br clear="none">
              >
              ------------------------------------------------------------------------<br clear="none">
              > *From:* Wien <<a rel="nofollow" shape="rect" ymailto="mailto:wien-bounces@zeus.theochem.tuwien.ac.at" target="_blank" href="mailto:wien-bounces@zeus.theochem.tuwien.ac.at">wien-bounces@zeus.theochem.tuwien.ac.at</a>>
              <br clear="none">
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              on behalf of djamel <br clear="none">
              > slamnia <<a rel="nofollow" shape="rect" ymailto="mailto:djamel4009@yahoo.fr" target="_blank" href="mailto:djamel4009@yahoo.fr">djamel4009@yahoo.fr</a>>
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              > *Sent:* Wednesday, November 20, 2019 2:41 PM<br clear="none">
              > *To:* A Mailing list for WIEN2k users<br clear="none">
              > *Subject:* Re: [Wien] Beween non spin polarized and
              spin polarized <br clear="none">
              > calculations<br clear="none">
              > i'm  using hf hybrid functional i tryed to do
              minimisation MSR1 but i <br clear="none">
              > cant get convergence<br clear="none">
              > what is the solution in your opinion ??   thank in
              advance<br clear="none">
              > <br clear="none">
              > Le dimanche 17 novembre 2019 à 18:36:12 UTC+1,
              Abderrahmane Reggad <br clear="none">
              > <<a rel="nofollow" shape="rect" ymailto="mailto:abde.reggad@gmail.com" target="_blank" href="mailto:abde.reggad@gmail.com">abde.reggad@gmail.com</a>>
              <mailto:<a rel="nofollow" shape="rect" ymailto="mailto:abde.reggad@gmail.com" target="_blank" href="mailto:abde.reggad@gmail.com">abde.reggad@gmail.com</a>> a
              écrit :<br clear="none">
              > <br clear="none">
              > <br clear="none">
              > Thanks xavier for the interesting article and useful
              information<br clear="none">
              > <br clear="none">
              > My new question is : what's the relationship between
              the unpaired <br clear="none">
              > electrons and the orbital contribution. I think that
              the unpaired <br clear="none">
              > electrons are always related to the spin
              contribution.<br clear="none">
              > <br clear="none">
              > Best regards<br clear="none">
              > <br clear="none">
              > -- <br clear="none">
              > Dr. Abderrahmane Reggad<br clear="none">
              > Engineering Physics Laboratory<br clear="none">
              > Faculty of Material Sciences, Ibn Khaldoun
              University, Tiaret, 14000, <br clear="none">
              > Algeria<br clear="none">
              > Tel: +213(0)561861963 - Algeria<br clear="none">
              > _______________________________________________<br clear="none">
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              > ------------------------<br clear="none">
              > Institut des Sciences Chimiques de Rennes (ISCR)<br clear="none">
              > Univ Rennes - CNRS - UMR6226, France<br clear="none">
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      <pre class="yiv7746649992moz-quote-pre">_______________________________________________
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    <pre class="yiv7746649992moz-signature">-- 
------------------------
Institut des Sciences Chimiques de Rennes (ISCR)
Univ Rennes - CNRS - UMR6226, France
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------------------------
ICAMM2019 : VASP Workshop and International Materials Modelling Conf
June 26-July 3 2019, Rennes France
icamm2019.sciencesconf.org  : Registration opening soon, see you there! </pre>
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