Difference between revisions of "User:Moira M. Esson/Notebook/CHEM-581/2013/03/27"

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==Objectives==
 
==Objectives==
* Decant all microsphere samples prepared on [[User:Moira_M._Esson/Notebook/CHEM-581/2013/03
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* Decant all microsphere samples prepared on [[User:Moira_M._Esson/Notebook/CHEM-581/2013/03/20|2013/03/20]] and [[User:Moira_M._Esson/Notebook/CHEM-581/2013/03/22|2013/03/22]]
 +
* Rinse microsphere samples with hexanes and allow samples to completely dry.
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<br>
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==Microsphere Work Up==
 +
<br>
 +
==Notes==
 +
*A set of control microspheres will be prepared next time with only PVA MW:130,000 and PVA MW 146,000-186,000. These will be prepared on a 0.05g scale
 +
*A set control hydrogels will be prepared next time with only PVA MW 130,000 and PVA MW 146,000-186,000. These will be prepared on a 1g scale.
 +
*DSC will be run on all microsphere samples decanted and rinsed today.
 +
*X-ray diffraction will be run on all prepared microsphere samples in order to determine whether clay has agglomerated separately from the PVA. As a hydrophilic polymer, clay blends well and a peak shift below 10 degrees is a strong indicator of intercalation. 
  
  

Revision as of 06:45, 29 March 2013

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Objectives

  • Decant all microsphere samples prepared on 2013/03/20 and 2013/03/22
  • Rinse microsphere samples with hexanes and allow samples to completely dry.


Microsphere Work Up


Notes

  • A set of control microspheres will be prepared next time with only PVA MW:130,000 and PVA MW 146,000-186,000. These will be prepared on a 0.05g scale
  • A set control hydrogels will be prepared next time with only PVA MW 130,000 and PVA MW 146,000-186,000. These will be prepared on a 1g scale.
  • DSC will be run on all microsphere samples decanted and rinsed today.
  • X-ray diffraction will be run on all prepared microsphere samples in order to determine whether clay has agglomerated separately from the PVA. As a hydrophilic polymer, clay blends well and a peak shift below 10 degrees is a strong indicator of intercalation.