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Literature DB >> 22987477

Effective fixation of CO2 by iridium-catalyzed hydrosilylation.

Ralte Lalrempuia¹, Manuel Iglesias, Victor Polo, Pablo J Sanz Miguel, Francisco J Fernández-Alvarez, Jesús J Pérez-Torrente, Luis A Oro.

Abstract

Entities: Chemical

Year: 2012 PMID： 22987477 DOI： 10.1002/anie.201206165

Source DB: PubMed Journal: Angew Chem Int Ed Engl ISSN： 1433-7851 Impact factor: 15.336

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7 in total

1. Insight into catalytic reduction of CO₂ to methane with silanes using Brookhart's cationic Ir(iii) pincer complex.

Authors: Shaoqin Fang; Hongcai Chen; Haiyan Wei
Journal: RSC Adv Date: 2018-03-02 Impact factor: 4.036

Review 2. Activation of Si-H and B-H bonds by Lewis acidic transition metals and p-block elements: same, but different.

Authors: Pablo Ríos; Amor Rodríguez; Salvador Conejero
Journal: Chem Sci Date: 2022-06-06 Impact factor: 9.969

3. Formylation or methylation: what determines the chemoselectivity of the reaction of amine, CO₂, and hydrosilane catalyzed by 1,3,2-diazaphospholene?

Authors: Yu Lu; Zhong-Hua Gao; Xiang-Yu Chen; Jiandong Guo; Zheyuan Liu; Yanfeng Dang; Song Ye; Zhi-Xiang Wang
Journal: Chem Sci Date: 2017-09-11 Impact factor: 9.825

4. Trivalent Rare-Earth Metal Amide Complexes as Catalysts for the Hydrosilylation of Benzophenone Derivatives with HN(SiHMe₂ )₂ by Amine-Exchange Reaction.

Authors: Koichi Shinohara; Hayato Tsurugi; Reiner Anwander; Kazushi Mashima
Journal: Chemistry Date: 2020-10-01 Impact factor: 5.236

Effective fixation of CO2 by iridium-catalyzed hydrosilylation.

1. Insight into catalytic reduction of CO₂ to methane with silanes using Brookhart's cationic Ir(iii) pincer complex.

Review 2. Activation of Si-H and B-H bonds by Lewis acidic transition metals and p-block elements: same, but different.

3. Formylation or methylation: what determines the chemoselectivity of the reaction of amine, CO₂, and hydrosilane catalyzed by 1,3,2-diazaphospholene?

4. Trivalent Rare-Earth Metal Amide Complexes as Catalysts for the Hydrosilylation of Benzophenone Derivatives with HN(SiHMe₂ )₂ by Amine-Exchange Reaction.

5. Unprecedent formation of methylsilylcarbonates from iridium-catalyzed reduction of CO₂ with hydrosilanes.

6. Biomimetic heterobimetallic architecture of Ni(ii) and Fe(ii) for CO₂ hydrogenation in aqueous media. A DFT study.

7. Peripheral mechanism of a carbonyl hydrosilylation catalysed by an SiNSi iron pincer complex.

Effective fixation of CO2 by iridium-catalyzed hydrosilylation.

1. Insight into catalytic reduction of CO2 to methane with silanes using Brookhart's cationic Ir(iii) pincer complex.

Review 2. Activation of Si-H and B-H bonds by Lewis acidic transition metals and p-block elements: same, but different.

3. Formylation or methylation: what determines the chemoselectivity of the reaction of amine, CO2, and hydrosilane catalyzed by 1,3,2-diazaphospholene?

4. Trivalent Rare-Earth Metal Amide Complexes as Catalysts for the Hydrosilylation of Benzophenone Derivatives with HN(SiHMe2 )2 by Amine-Exchange Reaction.

5. Unprecedent formation of methylsilylcarbonates from iridium-catalyzed reduction of CO2 with hydrosilanes.

6. Biomimetic heterobimetallic architecture of Ni(ii) and Fe(ii) for CO2 hydrogenation in aqueous media. A DFT study.

7. Peripheral mechanism of a carbonyl hydrosilylation catalysed by an SiNSi iron pincer complex.

1. Insight into catalytic reduction of CO₂ to methane with silanes using Brookhart's cationic Ir(iii) pincer complex.

3. Formylation or methylation: what determines the chemoselectivity of the reaction of amine, CO₂, and hydrosilane catalyzed by 1,3,2-diazaphospholene?

4. Trivalent Rare-Earth Metal Amide Complexes as Catalysts for the Hydrosilylation of Benzophenone Derivatives with HN(SiHMe₂ )₂ by Amine-Exchange Reaction.

5. Unprecedent formation of methylsilylcarbonates from iridium-catalyzed reduction of CO₂ with hydrosilanes.

6. Biomimetic heterobimetallic architecture of Ni(ii) and Fe(ii) for CO₂ hydrogenation in aqueous media. A DFT study.