The aim of this perspective is to highlight the continued development and application of amidines and guanidines as neutral, N-based donor ligands in coordination chemistry. From a sporadic interest dating back to the 1980s, work on these two closely related classes of compounds has steadily grown, with examples of evermore sophisticated substitution about the common ligand framework being developed to address specific problems in a number of fields of chemistry. These compounds have shown varied coordination modes at metals from across the periodic table, and examples of their application in a number of catalytic processes are emerging as the field matures
This work involves the characterisation of reaction products of transition metals from the 1st, 2nd ...
V rámci bakalářské práce byla vypracována literární rešerše zaměřená na vlastnosti amidinů a guanidi...
This work is concerned with the preparation and examination of guanidinate complexes. One method of ...
For decades, ligands such as phosphanes or cyclopentadienyl ring derivatives have dominated Coordina...
Bicyclic guanidines have physical, electronic and chemical properties that differentiate them from t...
This work was launched with a desire to develop novel versatile amido ligands for transition and mai...
This thesis investigated the structure and reactivity of group 13 elements boron, aluminum and galli...
This thesis reports investigations of the interaction of arene-bicyclic guanidine ligands, using the...
Dimethylcyanamide (N=CNMe(2)) has been coordinated to both hard and soft electrophiles ((NH3)(5)Co3+...
A library of ten dinucleating bis(amidine) and bis(guanidine) ligands, in which the bridging groups,...
Functionalization of an organic molecule often involves C-H bond activation. However, the energy tha...
© Royal Society of Chemistry 2008The development of alkali-metal amidinate reagents, in particular f...
During this work a multitude of novel ditopic ligands (bis(amidine)s, bis(guanidine)s and bis(amidoa...
Jutzi P, SIEMELING U. CYCLOPENTADIENYL COMPOUNDS WITH NITROGEN DONORS IN THE SIDE-CHAIN. JOURNAL OF ...
Title: Coordination properties of phosphinoguanidine ligand Author: Bc. Zdeněk Leitner Institution: ...
This work involves the characterisation of reaction products of transition metals from the 1st, 2nd ...
V rámci bakalářské práce byla vypracována literární rešerše zaměřená na vlastnosti amidinů a guanidi...
This work is concerned with the preparation and examination of guanidinate complexes. One method of ...
For decades, ligands such as phosphanes or cyclopentadienyl ring derivatives have dominated Coordina...
Bicyclic guanidines have physical, electronic and chemical properties that differentiate them from t...
This work was launched with a desire to develop novel versatile amido ligands for transition and mai...
This thesis investigated the structure and reactivity of group 13 elements boron, aluminum and galli...
This thesis reports investigations of the interaction of arene-bicyclic guanidine ligands, using the...
Dimethylcyanamide (N=CNMe(2)) has been coordinated to both hard and soft electrophiles ((NH3)(5)Co3+...
A library of ten dinucleating bis(amidine) and bis(guanidine) ligands, in which the bridging groups,...
Functionalization of an organic molecule often involves C-H bond activation. However, the energy tha...
© Royal Society of Chemistry 2008The development of alkali-metal amidinate reagents, in particular f...
During this work a multitude of novel ditopic ligands (bis(amidine)s, bis(guanidine)s and bis(amidoa...
Jutzi P, SIEMELING U. CYCLOPENTADIENYL COMPOUNDS WITH NITROGEN DONORS IN THE SIDE-CHAIN. JOURNAL OF ...
Title: Coordination properties of phosphinoguanidine ligand Author: Bc. Zdeněk Leitner Institution: ...
This work involves the characterisation of reaction products of transition metals from the 1st, 2nd ...
V rámci bakalářské práce byla vypracována literární rešerše zaměřená na vlastnosti amidinů a guanidi...
This work is concerned with the preparation and examination of guanidinate complexes. One method of ...