Experimental Determination of Supramolecular Effective Molarities

Albaya, John (2013) Experimental Determination of Supramolecular Effective Molarities. PhD thesis, University of Sheffield.

Metadata

Supervisors: Hunter, C. A.
Awarding institution: University of Sheffield
Academic Units: The University of Sheffield > Faculty of Science (Sheffield) > Chemistry (Sheffield)
Depositing User: John Albaya
Date Deposited: 13 Jan 2014 14:56
Last Modified: 07 Jan 2015 09:13

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Introduction & Contents


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Filename: 0. Introduction sheet.docx

Description: Introduction & Contents

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Cooperativity within supramolecular systems


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Filename: 1. Introduction.docx

Description: Cooperativity within supramolecular systems

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Aims


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Filename: 2. Aims.docx

Description: Aims

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The effect of ligand flexibility on supramolecular effective molarity


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Filename: 3. Diamines.docx

Description: The effect of ligand flexibility on supramolecular effective molarity

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: A comparison of functional group interaction on supramolecular effective molarity


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Filename: 4. Aminoalcohols.docx

Description: : A comparison of functional group interaction on supramolecular effective molarity

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The effect of functional group interaction on chelate cooperativity


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Filename: 5. Pyridines.docx

Description: The effect of functional group interaction on chelate cooperativity

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Conclusion


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Filename: 6. Conclusion.docx

Description: Conclusion

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The development of sequenced molecular chains


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Filename: 7. Chains.docx

Description: The development of sequenced molecular chains

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Binding experiments from Chapter 3


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Filename: 8.1. Amines.docx

Description: Binding experiments from Chapter 3

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8.2 Binding experiments from Chapter 4


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Filename: 8.2. Aminoalcohols.docx

Description: 8.2 Binding experiments from Chapter 4

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Binding experiments from Chapter 5


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Filename: 8.3. Pyridines.docx

Description: Binding experiments from Chapter 5

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Binding experiments from Appendix 1


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Filename: 8.4. Chains.docx

Description: Binding experiments from Appendix 1

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