Angus Shephard studied a range of alternative synthetic methods for accessing valuable rare earth metal complexes. He explored new and previously unused methods of synthesising rare earth biphenolate complexes, superbulky lanthanoid metallocene complexes, and lanthanoid formamidinate and pyrazolate species. His work has provided fundamental insight into the reactivity of free rare earth metals
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Chemistry, 1995.Includes bibliograp...
This dissertation focuses on efforts to expand upon the discovery that the +2 oxidation state is ava...
The rare earth elements, La–Lu, Sc and Y, are vital components of many technologies. Production proc...
This thesis focuses on the use of weak-field ligands as a synthetic tool to access molecular tetrava...
The development of rare earth complexes supported by a bisphosphinimine pyrrole-based pincer ligands...
This dissertation describes the synthesis, characterization, and reactivity of organometallic comple...
This dissertation describes the synthesis, characterization, and reactivity of organometallic comple...
The chapter one introduces the reported examples of rare earth metal (RE) complexes with different o...
Rare earth elements (La-Lu, Sc, and Y) exhibit unique magnetic and optical properties that make them...
Rare earth biphenolate species have become an increasingly studied series of complexes, owing to the...
Rare earth biphenolate species have become an increasingly studied series of complexes, owing to the...
The rare earth elements (La–Lu, Sc and Y) are used in a variety of modern technologies due to their ...
This dissertation describes an expansion of reductive rare-earth metal chemistry focused on the synt...
This dissertation describes an expansion of reductive rare-earth metal chemistry focused on the synt...
Rare-earths are a group of metals with fascinating physical properties and intriguing chemical react...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Chemistry, 1995.Includes bibliograp...
This dissertation focuses on efforts to expand upon the discovery that the +2 oxidation state is ava...
The rare earth elements, La–Lu, Sc and Y, are vital components of many technologies. Production proc...
This thesis focuses on the use of weak-field ligands as a synthetic tool to access molecular tetrava...
The development of rare earth complexes supported by a bisphosphinimine pyrrole-based pincer ligands...
This dissertation describes the synthesis, characterization, and reactivity of organometallic comple...
This dissertation describes the synthesis, characterization, and reactivity of organometallic comple...
The chapter one introduces the reported examples of rare earth metal (RE) complexes with different o...
Rare earth elements (La-Lu, Sc, and Y) exhibit unique magnetic and optical properties that make them...
Rare earth biphenolate species have become an increasingly studied series of complexes, owing to the...
Rare earth biphenolate species have become an increasingly studied series of complexes, owing to the...
The rare earth elements (La–Lu, Sc and Y) are used in a variety of modern technologies due to their ...
This dissertation describes an expansion of reductive rare-earth metal chemistry focused on the synt...
This dissertation describes an expansion of reductive rare-earth metal chemistry focused on the synt...
Rare-earths are a group of metals with fascinating physical properties and intriguing chemical react...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Chemistry, 1995.Includes bibliograp...
This dissertation focuses on efforts to expand upon the discovery that the +2 oxidation state is ava...
The rare earth elements, La–Lu, Sc and Y, are vital components of many technologies. Production proc...