The transfer and incorporation of intact unsaturated heavier Group 14 motifs into organic and inorganic substrates is one major target of the modern Group 14 chemistry with regard on expanded, possibly conjugated systems in order to gain access to e.g. novel polymers. This work aimed to provide for a better understanding in view of the prerequisite incorporation of several unsaturated donor-coordinated Si2Ge-scaffolds into mono- and di-functionalized organic systems, all the while retaining a reactive low-valent heavier Group 14 center. In this context, the isolation of previously proposed highly reactive unsaturated Si2Ge-intermediates (formed upon reaction of a base-stabilized heavier silyl substituted version of vinylidene with different...
(Di)tetrelenes are a fundamental class of unsaturated Group 14 compounds and play a central role in ...
Es wird über eine einfache Synthese von Chlorsilylen (PhC(NtBu)2SiCl) in 90% Ausbeute dur...
We report the preparation of α-chlorosilyl- and acyl-substituted digermenes. Unlike the correspondin...
The transfer and incorporation of intact unsaturated heavier Group 14 motifs into organic and inorga...
The versatile reactivity of disilenides, heavier analogues of vinyl anions, opened the door to novel...
The versatile reactivity of disilenides, heavier analogues of vinyl anions, opened the door to novel...
This thesis describes the reactivity studies of an amidinate-stabilized silicon(I) dimer [LSi:-Si:L]...
This thesis describes the reactivity studies of an amidinate-stabilized silicon(I) dimer [LSi:-Si:L]...
The versatile reactivities of disilenides and digermenide, heavier analogues of vinyl anions, have s...
In dieser Arbeit wurde die Synthese und Charakterisierung von Systemen mit mehreren phenylen- oder v...
Stable disilenides, silicon analogues of vinyl anions, offer a valuable entry point to ...
This thesis describes the synthesis of tetramesitylgermasilene (Mesityl=2,4,6-trimethylphenyl), the ...
Sterically large substituents can provide kinetic stabilization to various types of low-coordinate c...
This thesis reports on unsaturated silicon compounds, as well as excursions from these into germaniu...
Disilenides, i.e. disila analogues of vinyl anions as an example for functionalized disilenes, are w...
(Di)tetrelenes are a fundamental class of unsaturated Group 14 compounds and play a central role in ...
Es wird über eine einfache Synthese von Chlorsilylen (PhC(NtBu)2SiCl) in 90% Ausbeute dur...
We report the preparation of α-chlorosilyl- and acyl-substituted digermenes. Unlike the correspondin...
The transfer and incorporation of intact unsaturated heavier Group 14 motifs into organic and inorga...
The versatile reactivity of disilenides, heavier analogues of vinyl anions, opened the door to novel...
The versatile reactivity of disilenides, heavier analogues of vinyl anions, opened the door to novel...
This thesis describes the reactivity studies of an amidinate-stabilized silicon(I) dimer [LSi:-Si:L]...
This thesis describes the reactivity studies of an amidinate-stabilized silicon(I) dimer [LSi:-Si:L]...
The versatile reactivities of disilenides and digermenide, heavier analogues of vinyl anions, have s...
In dieser Arbeit wurde die Synthese und Charakterisierung von Systemen mit mehreren phenylen- oder v...
Stable disilenides, silicon analogues of vinyl anions, offer a valuable entry point to ...
This thesis describes the synthesis of tetramesitylgermasilene (Mesityl=2,4,6-trimethylphenyl), the ...
Sterically large substituents can provide kinetic stabilization to various types of low-coordinate c...
This thesis reports on unsaturated silicon compounds, as well as excursions from these into germaniu...
Disilenides, i.e. disila analogues of vinyl anions as an example for functionalized disilenes, are w...
(Di)tetrelenes are a fundamental class of unsaturated Group 14 compounds and play a central role in ...
Es wird über eine einfache Synthese von Chlorsilylen (PhC(NtBu)2SiCl) in 90% Ausbeute dur...
We report the preparation of α-chlorosilyl- and acyl-substituted digermenes. Unlike the correspondin...