Index Catalog // Emory Theses and Dissertations

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Filtragem por: Committee MacBeth, Cora, Emory University Department Chemistry Research Field Chemistry, Inorganic Submission Type Dissertation

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1. Development of Bis(amidophenyl)amine Redox-active Ligands for Multi-electron Catalysis by Transition Metals

Student Name:: Liu, Dan
Date Uploaded:: 11/23/2020
Research Field:: Chemistry, Inorganic
Department:: Chemistry

2. Synthesis and Characterization of the Metal Complexes of[N(o-PhNHC(O)Me3]: A Tripodal,Triamidate Ligand Platform

Student Name:: Mouat, Aidan Richard
Date Uploaded:: 08/28/2018
Research Field:: Chemistry, Inorganic
Department:: Chemistry

3. The Effect of Methylene Spacers on the Spectral, Electrochemical, Structural, and Photophysical Properties and Electron Injection Dynamics of Bis(4,4'-disubstituted-2,2'- bipyridyl) Ruthenium(II) Dye Analogues and The Effect of Alkali Metal Ions on the Structure and Spectroscopy of a Tripodal Co(II) Complex

Student Name:: Lense, Sheri
Date Uploaded:: 08/28/2018
Research Field:: Chemistry, Inorganic
Department:: Chemistry

4. Exploring Catalytic Properties of Polyoxometalates in Aerobic Decontamination and Water Oxidation

Student Name:: Song, Jie
Date Uploaded:: 08/28/2018
Research Field:: Chemistry, Organic, Chemistry, Inorganic, and Engineering, Materials Science
Department:: Chemistry

5. The Counter Cation Effect in the Synthesis and SubsequentReactivity of Polyoxometalates

Student Name:: Yates, Cindee Keiko
Date Uploaded:: 08/28/2018
Research Field:: Chemistry, Inorganic
Department:: Chemistry

6. Chiral Materials and Water Oxidation Catalysts from Transition-Metal-Substituted Polyoxometalates

Student Name:: Hou, Yu
Date Uploaded:: 08/28/2018
Research Field:: Chemistry, Inorganic
Department:: Chemistry

7. Influence of Arginine 355 and Glutamate 758 on the Substrate Specificities and Catalytic Properties of C. acidovorans Xanthine Dehydrogenase

Student Name:: Li, Yuting
Date Uploaded:: 08/28/2018
Research Field:: Chemistry, Biochemistry and Chemistry, Inorganic
Department:: Chemistry

8. Coordination Mode Versatility and Intramolecular Bond Activation in Metal Complexes Supported by a Family of Tris(amidato)amine Ligands

Student Name:: Jones, Matthew
Date Uploaded:: 08/28/2018
Research Field:: Chemistry, Inorganic
Department:: Chemistry