<div dir="ltr"><div><div>Dear Users<br></div>I am supposed to compute Electric field gradient and Magnetic moment for Ba2CoSi2O7. The spin quantum numbers for Ba and Co are 3/2 and 7/2 both definitely > 1. SO their nuclear quadrupole will interact with EFG. I run the calculations as suggest in UG for In. After using the command grep :EFG *.scf I got many values (given below). It is confusing which value should be selected and for which atom Ba or Co. <br><pre>:EFG001: EFG = 11.74814 *10**21 V / m**2
:EFG001: EFG = 11.74810 *10**21 V / m**2
:EFG002: EFG = 11.74791 *10**21 V / m**2
:EFG002: EFG = 11.74777 *10**21 V / m**2
:EFG003: EFG = -15.19830 *10**21 V / m**2
:EFG003: EFG = -15.19828 *10**21 V / m**2
:EFG004: EFG = 7.27133 *10**21 V / m**2
:EFG004: EFG = 7.27130 *10**21 V / m**2
:EFG005: EFG = 9.02430 *10**21 V / m**2
:EFG005: EFG = 9.02430 *10**21 V / m**2
:EFG006: EFG = 9.76192 *10**21 V / m**2
:EFG006: EFG = 9.76192 *10**21 V / m**2
:EFG007: EFG = 9.37876 *10**21 V / m**2
:EFG007: EFG = 9.37872 *10**21 V / m**2
:EFG008: EFG = 9.37871 *10**21 V / m**2
:EFG008: EFG = 9.37872 *10**21 V / m**2</pre><br></div>Also, am I right that the total local magnetic moment for Co and O will be simply obtained by adding for each site like for Co it comes to be 2.43 + 2.43 = 4.68 and similarly for O?<br clear="all"><div><div><div><div><div>
<p style="margin-bottom:0in;font-weight:normal"><font face="TImes New ROmans"><font style="font-size:9pt" size="2">:MMINT:
MAGNETIC MOMENT IN INTERSTITIAL = 0.46707</font></font></p>
<p style="margin-bottom:0in;font-weight:normal"><font face="TImes New ROmans"><font style="font-size:9pt" size="2">:MMI001:
MAGNETIC MOMENT IN SPHERE 1 <b>(Co)</b> = 2.42639 </font></font>
</p>
<p style="margin-bottom:0in;font-weight:normal"><font face="TImes New ROmans"><font style="font-size:9pt" size="2">:MMI002:
MAGNETIC MOMENT IN SPHERE 2 <b>(Co)</b> = 2.42640</font></font></p>
<p style="margin-bottom:0in;font-weight:normal"><font face="TImes New ROmans"><font style="font-size:9pt" size="2">:MMI005:
MAGNETIC MOMENT IN SPHERE 5 <b>(O) </b> = 0.01014</font></font></p>
<p style="margin-bottom:0in;font-weight:normal"><font face="TImes New ROmans"><font style="font-size:9pt" size="2">:MMI006:
MAGNETIC MOMENT IN SPHERE 6 <b>(O) </b> = -0.00276</font></font></p>
<p style="margin-bottom:0in;font-weight:normal"><font face="TImes New ROmans"><font style="font-size:9pt" size="2">:MMI007:
MAGNETIC MOMENT IN SPHERE 7 <b>(O) </b> = 0.07897</font></font></p>
<p style="margin-bottom:0in;font-weight:normal"><font face="TImes New ROmans"><font style="font-size:9pt" size="2">:MMI008:
MAGNETIC MOMENT IN SPHERE 8 <b>(O) </b> = 0.07898</font></font></p>
<p style="margin-bottom:0in;font-weight:normal"><font face="TImes New ROmans"><font style="font-size:9pt" size="2">:MMTOT:
SPIN MAGNETIC MOMENT IN CELL = 6.00006</font></font></p>
<br>-- <br><div class="gmail_signature"><div dir="ltr"><div>Kind Regards</div><div>Muhammad Sajjad </div><div>Post Doctoral Fellow</div><div>KAUST, KSA.</div></div></div>
</div></div></div></div></div></div>