Faculty

Institution

Unit

Venue

Steven Bernasek

Professor of Chemistry Emeritus; Senior Chemist

Princeton University

Affiliations

Department of Chemistry

Steven Bernasek is currently serving as a Chemistry Professor of Chemistry Emeritus; Senior Chemist at Princeton University.

Honors

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Experiences

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Education

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Steven Bernasek

Princeton University

Professor of Chemistry Emeritus; Senior Chemist

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materials science surface science surface chemistry applied physics chemistry physical chemistry chemical engineering nanotechnology inorganic chemistry thin films transition metal chemistry surface characterization surface analysis catalysis adsorption surface reactivity self-assembly material chemistry surface modification catalytic process electrochemistry coordination chemistry electronic materials surface processing organic electronics surface nanotechnology ultrahigh vacuum interface science metals material research surface engineering chemical sciences industrial catalysis composite science quantum chemistry chemisorption electronics catalyst preparation catalytic applications electron spectroscopy methanol supramolecular assemblies surface functionalization reaction process x-ray photoelectron spectroscopy internal energy molecular science vibrational spectroscopy thermal engineering surface modeling surface water interface chemistry surface nanoengineering solid-state chemistry indium tin oxide surface oxidation self-assembled monolayer surfaces titanium dioxide self-assembled monolayers surface coatings surface science study membrane science structural chemistry nanostructured surfaces catalyst activation fragmentation effect inorganic materials chemical bond heterogeneous catalysis benchmark studies hydrogen-deuterium exchange carbon monoxide heterogeneous reaction products co adsorption vibrational excitation water adsorption

Notable Scholarly Works

Notable Federal Grants

Collaborators

Poisoning of Copper Chabazite Catalyst by Biodiesel Metal Contaminants: Effect of Alkali and Alkaline Earth Metals. The Journal of Physical Chemistry C (2023)

Vitaly MesilovBilin ZhuangShibo XiSteven L. Bernasek

chemical sciencescopper chabazite catalystchemical engineeringphysical chemistryalkaline earth metalschemical pollutionchemistrybiodiesel metal contaminantschemical composition

Computational Study of Noble Metal Cha Zeolites: No Adsorption and Sulfur Resistance. The Journal of Physical Chemistry C (2022)

Vitaly MesilovLorngdy PonSandra DahlinSusanna L. BergmanLars J. PetterssonSteven L. Bernasek

computational chemistryphysical chemistryzeoliteschemistrysulfur resistancecomputational study

Deprotonation of Phenol Linked to a Silicon Dioxide Surface Using Adaptive Feedback Laser Control With a Heterodyne Detected Sum Frequency Generation Signal. Physical Chemistry Chemical Physics (2022)

Alexei GounEsther FrederickAli O. ErSteven L. BernasekHerschel Rabitz

surface sciencephysical chemistrylaser sciencechemistrysurface chemistrysurface processingsilicon dioxide surfaceapplied physicsmaterials science

Impact of Biodiesel-Based Phosphorus and Sulfur on Copper Speciation of Cu-Ssz-13 Catalysts: Xafs Scanning During H 2 -Tpr. The Journal of Physical Chemistry C (2022)

Vitaly MesilovSandra DahlinSusanna L. BergmanShibo XiJohanna EnglundHenrik MalmLars J. PetterssonSteven L. Bernasek

physical chemistrycatalysisbiodiesel-based phosphoruschemistrycopper speciation

First-Principles Calculations of Condition-Dependent Cu/Fe Speciation in Sulfur-Poisoned Cu- and Fe-Ssz-13 Catalysts. The Journal of Physical Chemistry C (2021)

Vitaly MesilovYang XiaoSandra DahlinSusanna L. BergmanLars J. PetterssonSteven L. Bernasek

chemical sciencesphysical chemistrycatalysisfirst-principles calculationschemistry

Insights Into Sulfur Poisoning and Regeneration of Cu-Ssz-13 Catalysts: In Situ Cu and S K-Edge Xas Studies. Catalysis Science & Technology (2021)

Vitaly MesilovSandra DahlinSusanna L. BergmanPeter S. HammershøiShibo XiLars J. PetterssonSteven L. Bernasek

chemical engineeringsulfur poisoningcatalysistransition metal chemistrycatalyst preparation

Regeneration of Sulfur-Poisoned Cu-Ssz-13 Catalysts: Copper Speciation and Catalytic Performance Evaluation. Applied Catalysis B: Environmental (2021)

Vitaly MesilovSandra DahlinSusanna L. BergmanShibo XiJoonsoo HanLouise OlssonLars J. PetterssonSteven L. Bernasek

catalytic processchemical engineeringindustrial catalysisenvironmental sciencecatalysistransition metal chemistrysustainable chemistryenvironmental engineeringcatalytic performance evaluationcatalyst activationcopper speciation

Differences in Oxidation-Reduction Kinetics and Mobility of Cu Species in Fresh and So2-Poisoned Cu-Ssz-13 Catalysts. Applied Catalysis B: Environmental (2020)

Vitaly V. MesilovSusanna L. BergmanSandra DahlinYang XiaoShibo XiMa ZhiruiLian XuWei ChenLars J. PetterssonSteven L. Bernasek

cu speciescatalytic applicationscatalytic processoxidation-reduction kineticsindustrial catalysiscatalysistransition metal chemistryenvironmental engineeringcatalyst preparationmaterials science

In-Situ Studies of Oxidation/Reduction of Copper in Cu-Cha Scr Catalysts: Comparison of Fresh and So2-Poisoned Catalysts. Applied Catalysis B: Environmental (2020)

Susanna L. BergmanSandra DahlinVitaly V. MesilovYang XiaoJohanna EnglundShibo XiChunhua TangMagnus SkoglundhLars J. PetterssonSteven L. Bernasek

catalytic applicationscatalytic processcu-cha scr catalystsindustrial catalysiscatalysisin-situ studiesenvironmental engineeringin-situ conversioncatalyst preparationmaterials science

Probing the Oxidation/Reduction Dynamics of Fresh and P-, Na-, and K-Contaminated Pt/Pd/Al₂O₃ Diesel Oxidation Catalysts by Stem, Tpr, and in Situ Xanes. The Journal of Physical Chemistry (2020)

Susanna L. BergmanJonas GranestrandShibo XiYonghua DuYu TangChunhua TangLiene KienkasLars J. PetterssonSteven L. Bernasek

catalytic processchemical engineeringcatalytic materialsphysical chemistrycatalysisadvanced oxidation processcatalyst preparation

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Steven Bernasek

Professor of Chemistry Emeritus; Senior Chemist

Princeton University

Affiliations

Department of Chemistry

Steven Bernasek is currently serving as a Chemistry Professor of Chemistry Emeritus; Senior Chemist at Princeton University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Steven Bernasek

Princeton University

Professor of Chemistry Emeritus; Senior Chemist

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Poisoning of Copper Chabazite Catalyst by Biodiesel Metal Contaminants: Effect of Alkali and Alkaline Earth Metals. The Journal of Physical Chemistry C (2023)

Vitaly MesilovBilin ZhuangShibo XiSteven L. Bernasek

chemical sciencescopper chabazite catalystchemical engineeringphysical chemistryalkaline earth metalschemical pollutionchemistrybiodiesel metal contaminantschemical composition

Computational Study of Noble Metal Cha Zeolites: No Adsorption and Sulfur Resistance. The Journal of Physical Chemistry C (2022)

Vitaly MesilovLorngdy PonSandra DahlinSusanna L. BergmanLars J. PetterssonSteven L. Bernasek

computational chemistryphysical chemistryzeoliteschemistrysulfur resistancecomputational study

Alexei GounEsther FrederickAli O. ErSteven L. BernasekHerschel Rabitz

surface sciencephysical chemistrylaser sciencechemistrysurface chemistrysurface processingsilicon dioxide surfaceapplied physicsmaterials science

Impact of Biodiesel-Based Phosphorus and Sulfur on Copper Speciation of Cu-Ssz-13 Catalysts: Xafs Scanning During H 2 -Tpr. The Journal of Physical Chemistry C (2022)

Vitaly MesilovSandra DahlinSusanna L. BergmanShibo XiJohanna EnglundHenrik MalmLars J. PetterssonSteven L. Bernasek

physical chemistrycatalysisbiodiesel-based phosphoruschemistrycopper speciation

First-Principles Calculations of Condition-Dependent Cu/Fe Speciation in Sulfur-Poisoned Cu- and Fe-Ssz-13 Catalysts. The Journal of Physical Chemistry C (2021)

Vitaly MesilovYang XiaoSandra DahlinSusanna L. BergmanLars J. PetterssonSteven L. Bernasek

chemical sciencesphysical chemistrycatalysisfirst-principles calculationschemistry

Insights Into Sulfur Poisoning and Regeneration of Cu-Ssz-13 Catalysts: In Situ Cu and S K-Edge Xas Studies. Catalysis Science & Technology (2021)

Vitaly MesilovSandra DahlinSusanna L. BergmanPeter S. HammershøiShibo XiLars J. PetterssonSteven L. Bernasek

chemical engineeringsulfur poisoningcatalysistransition metal chemistrycatalyst preparation

Regeneration of Sulfur-Poisoned Cu-Ssz-13 Catalysts: Copper Speciation and Catalytic Performance Evaluation. Applied Catalysis B: Environmental (2021)

Vitaly MesilovSandra DahlinSusanna L. BergmanShibo XiJoonsoo HanLouise OlssonLars J. PetterssonSteven L. Bernasek

Differences in Oxidation-Reduction Kinetics and Mobility of Cu Species in Fresh and So2-Poisoned Cu-Ssz-13 Catalysts. Applied Catalysis B: Environmental (2020)

Vitaly V. MesilovSusanna L. BergmanSandra DahlinYang XiaoShibo XiMa ZhiruiLian XuWei ChenLars J. PetterssonSteven L. Bernasek

cu speciescatalytic applicationscatalytic processoxidation-reduction kineticsindustrial catalysiscatalysistransition metal chemistryenvironmental engineeringcatalyst preparationmaterials science

In-Situ Studies of Oxidation/Reduction of Copper in Cu-Cha Scr Catalysts: Comparison of Fresh and So2-Poisoned Catalysts. Applied Catalysis B: Environmental (2020)

Susanna L. BergmanSandra DahlinVitaly V. MesilovYang XiaoJohanna EnglundShibo XiChunhua TangMagnus SkoglundhLars J. PetterssonSteven L. Bernasek

catalytic applicationscatalytic processcu-cha scr catalystsindustrial catalysiscatalysisin-situ studiesenvironmental engineeringin-situ conversioncatalyst preparationmaterials science

Susanna L. BergmanJonas GranestrandShibo XiYonghua DuYu TangChunhua TangLiene KienkasLars J. PetterssonSteven L. Bernasek

catalytic processchemical engineeringcatalytic materialsphysical chemistrycatalysisadvanced oxidation processcatalyst preparation

1
2
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10 / page

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