Difference between revisions of "User:Helen L. Slucher/Notebook/CHEM-572/2014/01/28"

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(Procedure)
(Procedure)
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# 1.158mL of 10mM HAuCl4 added to 50mL of water
 
# 1.158mL of 10mM HAuCl4 added to 50mL of water
** Making HAuCl4
+
* Making HAuCl4
***Add 0.0413g HAuCl3 to 10mL volumetric flask
+
**Add 0.0413g HAuCl3 to 10mL volumetric flask
**Made Sodium citrate solution
+
*Made Sodium citrate solution
***Add 0.250g sodium citrate into 25mL volumetric flask
+
**Add 0.250g sodium citrate into 25mL volumetric flask
 
# Heat solution until it boils
 
# Heat solution until it boils
 
# 0.5mL of 10mg/mL citrate sodium added to solution and heated until color changes from dark blue to red
 
# 0.5mL of 10mg/mL citrate sodium added to solution and heated until color changes from dark blue to red

Revision as of 11:57, 28 January 2014

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Procedure

Make citrate gold nanoparticles

  1. 1.158mL of 10mM HAuCl4 added to 50mL of water
  • Making HAuCl4
    • Add 0.0413g HAuCl3 to 10mL volumetric flask
  • Made Sodium citrate solution
    • Add 0.250g sodium citrate into 25mL volumetric flask
  1. Heat solution until it boils
  2. 0.5mL of 10mg/mL citrate sodium added to solution and heated until color changes from dark blue to red

Determine the size of the nanoparticle solution

Data

  • We heated the above solution and it did not turn blue
    • Possible that not enough gold was added
  • We then made a new solution where we added 2mLs of 10.48mM gold solution