- Location
-
Deutsche Nationalbibliothek Frankfurt am Main
- Extent
-
Online-Ressource
- Language
-
Englisch
- Bibliographic citation
-
Saturated NHC Derived Dichalcogen Dications ; volume:646 ; number:13 ; year:2020 ; pages:574-579 ; extent:6
Zeitschrift für anorganische und allgemeine Chemie ; 646, Heft 13 (2020), 574-579 (gesamt 6)
- Creator
- DOI
-
10.1002/zaac.202000189
- URN
-
urn:nbn:de:101:1-2022062307031855976741
- Rights
-
Open Access; Der Zugriff auf das Objekt ist unbeschränkt möglich.
- Last update
-
15.08.2025, 7:31 AM CEST
Data provider
This object is provided by:
Deutsche Nationalbibliothek. If you have any questions about the object, please contact the data provider.
Deutsche Nationalbibliothek. If you have any questions about the object, please contact the data provider.
Associated
- Rottschäfer, Dennis
- Fuhs, Désirée E.
- Neumann, Beate
- Stammler, Hans‐Georg
- Ghadwal, Rajendra
Other Objects (12)
Maximale körperliche und kardio-zirkulatorische Leistungsfähigkeit und Muskelstoffwechsel bei Adipösen bei freiwilliger absoluter Nahrungskarenz und sportlicher Betätigung
An Intramolecular Boron Nitrogen Lewis Acid Base Pair on a Rigid Naphthyl Backbone
Mesoionic Dithiolates (MIDts) Derived from 1,3‐Imidazole‐Based Anionic Dicarbenes (ADCs)
Selectivity in Adduct Formation of a Bidentate Boron Lewis Acid
Phosphorus‐Containing Superbases: Recent Progress in the Chemistry of Electron‐Abundant Phosphines and Phosphazenes
Hexadentate Poly‐Lewis Acids Based on 1,3,5‐Trisilacyclohexane
Synthese und Reaktivität der ersten isolierten wasserstoffverbrückten Silanol‐Silanolat‐Anionen
Non‐coordinated and Hydrogen Bonded Phenolate Anions as One‐Electron Reducing Agents
Synthesis of Directed, Tridentate Lewis Acids Based on a Trisilacyclohexane‐Backbone via Hydrosilylation
Ishikawa's Reagent – a Valuable Source for Fluoroorganic Iminium Salts
Chlorodefluorination Induced by Gallium‐Based Lewis Acids
Divergent Reactivity of a Cyclic Bis‐Hydridostannylene: A Masked Sn (I) Diradicaloid
Maximale körperliche und kardio-zirkulatorische Leistungsfähigkeit und Muskelstoffwechsel bei Adipösen bei freiwilliger absoluter Nahrungskarenz und sportlicher Betätigung
An Intramolecular Boron Nitrogen Lewis Acid Base Pair on a Rigid Naphthyl Backbone
Mesoionic Dithiolates (MIDts) Derived from 1,3‐Imidazole‐Based Anionic Dicarbenes (ADCs)
Selectivity in Adduct Formation of a Bidentate Boron Lewis Acid
Phosphorus‐Containing Superbases: Recent Progress in the Chemistry of Electron‐Abundant Phosphines and Phosphazenes
Hexadentate Poly‐Lewis Acids Based on 1,3,5‐Trisilacyclohexane
Synthese und Reaktivität der ersten isolierten wasserstoffverbrückten Silanol‐Silanolat‐Anionen
Non‐coordinated and Hydrogen Bonded Phenolate Anions as One‐Electron Reducing Agents
Synthesis of Directed, Tridentate Lewis Acids Based on a Trisilacyclohexane‐Backbone via Hydrosilylation
Ishikawa's Reagent – a Valuable Source for Fluoroorganic Iminium Salts
Chlorodefluorination Induced by Gallium‐Based Lewis Acids
Divergent Reactivity of a Cyclic Bis‐Hydridostannylene: A Masked Sn (I) Diradicaloid
Maximale körperliche und kardio-zirkulatorische Leistungsfähigkeit und Muskelstoffwechsel bei Adipösen bei freiwilliger absoluter Nahrungskarenz und sportlicher Betätigung
An Intramolecular Boron Nitrogen Lewis Acid Base Pair on a Rigid Naphthyl Backbone
Mesoionic Dithiolates (MIDts) Derived from 1,3‐Imidazole‐Based Anionic Dicarbenes (ADCs)
Selectivity in Adduct Formation of a Bidentate Boron Lewis Acid
Phosphorus‐Containing Superbases: Recent Progress in the Chemistry of Electron‐Abundant Phosphines and Phosphazenes
Hexadentate Poly‐Lewis Acids Based on 1,3,5‐Trisilacyclohexane
Synthese und Reaktivität der ersten isolierten wasserstoffverbrückten Silanol‐Silanolat‐Anionen
Non‐coordinated and Hydrogen Bonded Phenolate Anions as One‐Electron Reducing Agents
Synthesis of Directed, Tridentate Lewis Acids Based on a Trisilacyclohexane‐Backbone via Hydrosilylation
Ishikawa's Reagent – a Valuable Source for Fluoroorganic Iminium Salts
Chlorodefluorination Induced by Gallium‐Based Lewis Acids