YCY pincer palladacycles, where YCY is typically an SCS, NCN, PCP, SeCSe anionic six-electron donor ligand (e.g. see 1-6, Scheme 1.1), are a well-established family of organometallic complexes with manifold applications in catalysis, synthesis and materials science [1-24]. Their synthesis can be achieved by many routes including C-H activation, oxidative addition, transmetalation and trans-cyclopalladation [25]
A rapidly evolving field in chemistry is the application of organometallic and coordination complexe...
The understanding of small molecule activation by transition metal complexes is key for many fields ...
A series of chiral C-stereogenic PCP and PCN ligand precursors were prepared in situ from inexpensiv...
Pincer complexes represent a family of potent compounds having a tremendous number of manifold appli...
Since the first reports in the late 1970s on transition metal complexes containing pincer-type ligan...
A variety of new metal complexes of tridentate pincer ligands are reported. An emphasis on combinati...
The synthesis of a range of chiral palladium bis(phosphite) pincer complexes has been achieved via C...
© 2018, Springer Science+Business Media, LLC, part of Springer Nature. Over the past decades, the pi...
The synthesis and catalytic applications of a new aryl-based unsymmetrical PCS-pincer complex are re...
Present trends in homogeneous catalysis are moving toward the development of multi-step, one-pot pro...
Unlike traditional catalysis, where ligands only pass stereoelectronic information to the metal cent...
The synthesis and catalytic applications of a new aryl-based unsymmetrical PCS-pincer complex are re...
The synthesis and catalytic applications of a new aryl-based unsymmetrical PCS-pincer complex are re...
This chapter covers transition metal complexes with phosphorus-based pincer ligands with a central s...
This chapter covers transition metal complexes with phosphorus-based pincer ligands with a central s...
A rapidly evolving field in chemistry is the application of organometallic and coordination complexe...
The understanding of small molecule activation by transition metal complexes is key for many fields ...
A series of chiral C-stereogenic PCP and PCN ligand precursors were prepared in situ from inexpensiv...
Pincer complexes represent a family of potent compounds having a tremendous number of manifold appli...
Since the first reports in the late 1970s on transition metal complexes containing pincer-type ligan...
A variety of new metal complexes of tridentate pincer ligands are reported. An emphasis on combinati...
The synthesis of a range of chiral palladium bis(phosphite) pincer complexes has been achieved via C...
© 2018, Springer Science+Business Media, LLC, part of Springer Nature. Over the past decades, the pi...
The synthesis and catalytic applications of a new aryl-based unsymmetrical PCS-pincer complex are re...
Present trends in homogeneous catalysis are moving toward the development of multi-step, one-pot pro...
Unlike traditional catalysis, where ligands only pass stereoelectronic information to the metal cent...
The synthesis and catalytic applications of a new aryl-based unsymmetrical PCS-pincer complex are re...
The synthesis and catalytic applications of a new aryl-based unsymmetrical PCS-pincer complex are re...
This chapter covers transition metal complexes with phosphorus-based pincer ligands with a central s...
This chapter covers transition metal complexes with phosphorus-based pincer ligands with a central s...
A rapidly evolving field in chemistry is the application of organometallic and coordination complexe...
The understanding of small molecule activation by transition metal complexes is key for many fields ...
A series of chiral C-stereogenic PCP and PCN ligand precursors were prepared in situ from inexpensiv...