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• ▲ Walter Leitner

  Max Planck Institute for Chemical Energy Conversion · RWTH Aachen University Chemistry
  36.1k

  citations

  89

  h-index

  180

  Aachen papers
• ▲ Thomas Ernst Müller

  Ruhr University Bochum Chemical Engineering
  13.6k

  citations

  47

  h-index

  2

  Aachen papers
• ▲ Jens Langanke

  Covestro (Germany) · RWTH Aachen University Chemical Engineering
  641

  citations

  10

  h-index

  3

  Aachen papers
• ▲ L. C. Over

  RWTH Aachen University Materials Science
  554

  citations

  8

  h-index

  1

  Aachen papers
• ▲ Mojgan Heshmat

  Wageningen University & Research Chemistry
  398

  citations

  12

  h-index

  3

  Aachen papers
• ▲ K. Böhm

  RWTH Aachen University Chemical Engineering
  371

  citations

  2

  h-index

  1

  Aachen papers
• ▲ Martin R. Machat

  Covestro (Germany) · RWTH Aachen University Materials Science
  176

  citations

  7

  h-index

  2

  Aachen papers
• ▲ Matthias Leven

  Covestro (Germany) Chemistry
  166

  citations

  6

  h-index

  1

  Aachen papers
• ▲ Markus Lansing

  Materials Science
  92

  citations

  4

  h-index

  1

  Aachen papers
• ▲ Eric Erdkamp

  RWTH Aachen University Materials Science
  52

  citations

  2

  h-index

  1

  Aachen papers
• ▲ Christine Hussong

  RWTH Aachen University Chemical Engineering
  48

  citations

  3

  h-index

  2

  Aachen papers

11 results

• Reaction Mechanisms and Rate Constants of Auto‐Catalytic Urethane Formation and Cleavage Reactions

  2021 ChemistryOpen article Chemistry Chemical Reaction Mechanisms Open access cited by 1 patent

  25

  citations
• A green route to polyurethanes: oxidative carbonylation of industrially relevant aromatic diamines by CO 2 -based methyl formate

  2020 Green Chemistry article Chemical Engineering Carbon dioxide utilization in catalysis Open access

  15

  citations
• Exploring the Sequence of Comonomer Insertion into Growing Poly(ether carbonate) Chains with Monte Carlo Methods

  2020 Macromolecules article Materials Science biodegradable polymer synthesis and properties

  12

  citations
• Turning CO/CO 2 -containing industrial process gas into valuable building blocks for the polyurethane industry

  2021 Reaction Chemistry & Engineering article Chemical Engineering Carbon dioxide utilization in catalysis

  8

  citations
• Carbon2Polymer: A CO2‐based Route to Polyurethanes via Oxidative Carbonylation of TDA with Methyl Formate

  2020 Chemie Ingenieur Technik article Chemical Engineering Carbon dioxide utilization in catalysis Open access

  6

  citations
• A DFT-metadynamics study disclosing key properties of ring-opening polymerization catalysts to produce polyethercarbonate polyols from cyclic ethylene carbonate as part of an emerging CCU technology

  2023 Physical Chemistry Chemical Physics article Chemical Engineering Carbon dioxide utilization in catalysis Open access

  5

  citations
• Semi-Crystalline Polyoxymethylene-co-Polyoxyalkylene Multi-Block Telechels as Building Blocks for Polyurethane Applications

  2022 Polymers article Chemistry Advanced Polymer Synthesis and Characterization Open access

  5

  citations
• Mechanistic Insight into the Hydrogen Activation by Frustrated Lewis Pairs

  2020 Molecular catalysis book-chapter Chemistry Organoboron and organosilicon chemistry Open access

  5

  citations
• Catalytic Ring-Opening Polymerisation of Cyclic Ethylene Carbonate: Importance of Elementary Steps for Determining Polymer Properties Revealed via DFT-MTD Simulations Validated Using Kinetic Measurements

  2023 Polymers article Materials Science biodegradable polymer synthesis and properties Open access

  2

  citations

9 results