Faculty

Institution

Unit

Venue

Eric I. Altman

Roberto C Goizueta Professor of Chemical Engineering

Yale University

Affiliations

Chemical & Environmental Engineering

Engineering & Applied Science

Eric I. Altman is currently serving as a Chemical & Environmental Engineering Roberto C Goizueta Professor of Chemical Engineering at Yale University.

Honors

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Experiences

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Education

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Eric I. Altman

Yale University

Roberto C Goizueta Professor of Chemical Engineering

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materials science applied physics surface science thin films nanotechnology condensed matter physics physics surface chemistry advanced materials surface characterization condensed matter microscopy chemistry material chemistry physical chemistry interface science electronic materials surface analysis epitaxial growth nanomaterials solid-state electronics material research surface engineering surface reactivity surface nanotechnology crystal growth nanometrology nanoparticle research metals transition metal chemistry thin film processing nanoscale science surface modification surface processing electronic structure oxide electronics adsorption vacuum device semiconductor nanostructures surface reconstruction advanced functional materials mechanical science molecular catalysis instrument science two-dimensional silica atomic structure crystal engineering energy chemistry structural chemistry catalyst preparation industrial catalysis catalytic applications catalytic process catalytic materials chemisorption ferroelectric application metal processing nanobiotechnology reactivity (chemistry) hydrogen generation tribology metallic nanomaterials surface structure metal oxides vanadium oxide stm measurements oxygen plasma bilayer silica sb-terminated ge surface phase transitions atomic layer deposition palladium-based catalysts catalytic combustion pyrite-structured cobalt phosphosulfide surface segregation interface nanostructures

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effect of Tert -Butyl Substitution on the Interactions of Cobalt Phthalocyanine With a Carbon Monoxide-Functionalized Tip. The Journal of Physical Chemistry Letters (2025)

carbon monoxide-functionalized tipcoordination polymersorganometallic electrochemistrychemical engineeringcatalysisinorganic chemistry frontiermolecular structurecoordination chemistryorganometallic catalysisorganometallic chemistrychemistryinorganic chemistrychemical structurecobalt phthalocyaninetransition metal chemistry

In Memory of Gabor Somorjai (1935–2025). Catalysis Letters (2025)

historyinterdisciplinary historygabor somorjaihistorical methodologycultural history

A Career in Catalysis: Raymond J. Gorte. ACS Catalysis (2024)

Omar A. AbdelrahmanEric I. AltmanMatteo CargnelloPaolo FornasieroGuntae KimRainer KüngasJing LuoSteven McIntoshTae-Sik OhTzia Ming OnnJohn M. Vohs

catalytic synthesischemical engineeringcatalysisheterogeneous catalysiscatalytic applicationsmolecular catalysisphotocatalysisindustrial catalysis

How Precisely Can Individual Molecules Be Analyzed? a Case Study on Locally Quantifying Forces and Energies Using Scanning Probe Microscopy. ACS Nano (2024)

Xinzhe WangPercy ZahlHailiang WangEric I. AltmanUdo D. Schwarz

nanobiotechnologymaterials sciencebiophysicsnanoscale sciencemolecular characterizationmicroscopynanotechnologynanometrology

Atomic Layer Deposition Brings Applications of Two-Dimensional Silica to the Fore. Catalysis Letters (2023)

Eric I. AltmanPetr Dementyev

materials sciencecatalysismaterials engineeringadvanced materialsatomic layer depositionnanotechnologytwo-dimensional silica

Cr Silicate as a Prototype for Engineering Magnetic Phases in Air-Stable Two-Dimensional Transition-Metal Silicates. 2D Materials (2023)

Nassar DoudinKayahan SaritasJin-Cheng ZhengJ Anibal BoscoboinikJerzy T SadowskiPadraic ShaferAlpha T N’DiayeMin LiSohrab Ismail-BeigiEric I Altman

materials sciencemechanical engineeringmaterials engineeringcr silicatemagnetismadvanced materialsengineering magnetic phasesnanotechnologyadditive manufacturingengineering

Energy Harvesting Using Two-Dimensional (2D) D-Silicates From Abundant Natural Minerals. Journal of Materials Chemistry C (2023)

Preeti Lata MahapatraAppu Kumar SinghRaphael TromerKarthik R.Ambresha M.Gelu CostinBasudev LahiriTarun Kumar KunduP. M. AjayanEric I. AltmanDouglas S. GalvaoChandra Sekhar Tiwary

materials scienceabundant natural mineralsmaterial chemistrymaterial researchmaterials engineeringenergy harvestingadvanced materialsengineering

Molecular Permeation in Freestanding Bilayer Silica. Nano Letters (2022)

Daniil NaberezhnyiLukas MaiNassar DoudinInga EnnenAndreas HüttenEric I. AltmanAnjana DeviPetr Dementyev

thin filmsmaterials sciencenanobiotechnologymolecular permeationmaterials engineeringcondensed mattersurface nanotechnologybilayer silicananomaterialsapplied physicsnanotechnologynanometrologynanoengineering

Scalable Production of Single 2D Van Der Waals Layers Through Atomic Layer Deposition: Bilayer Silica on Metal Foils and Films. 2D Materials (2022)

Gregory S HutchingsXin ShenChao ZhouPetr DementyevDaniil NaberezhnyiInga EnnenAndreas HüttenNassar DoudinJesse H HsuZachary S FishmanUdo D SchwarzShu HuEric I Altman

materials sciencemetal foilsmechanical engineeringmaterials engineeringscalable productionatomic layer depositionbilayer silicaapplied physicsadditive manufacturing

Size and Shape Exclusion in 2D Silicon Dioxide Membranes. Small (2022)

Petr DementyevNeita KhayyaDavid ZandersInga EnnenAnjana DeviEric I. Altman

materials sciencematerials engineeringsilicon dioxide membranesshape exclusion

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5
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Eric I. Altman

Roberto C Goizueta Professor of Chemical Engineering

Yale University

Affiliations

Chemical & Environmental Engineering

Engineering & Applied Science

Eric I. Altman is currently serving as a Chemical & Environmental Engineering Roberto C Goizueta Professor of Chemical Engineering at Yale 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

Eric I. Altman

Yale University

Roberto C Goizueta Professor of Chemical Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effect of Tert -Butyl Substitution on the Interactions of Cobalt Phthalocyanine With a Carbon Monoxide-Functionalized Tip. The Journal of Physical Chemistry Letters (2025)

In Memory of Gabor Somorjai (1935–2025). Catalysis Letters (2025)

historyinterdisciplinary historygabor somorjaihistorical methodologycultural history

A Career in Catalysis: Raymond J. Gorte. ACS Catalysis (2024)

Omar A. AbdelrahmanEric I. AltmanMatteo CargnelloPaolo FornasieroGuntae KimRainer KüngasJing LuoSteven McIntoshTae-Sik OhTzia Ming OnnJohn M. Vohs

catalytic synthesischemical engineeringcatalysisheterogeneous catalysiscatalytic applicationsmolecular catalysisphotocatalysisindustrial catalysis

How Precisely Can Individual Molecules Be Analyzed? a Case Study on Locally Quantifying Forces and Energies Using Scanning Probe Microscopy. ACS Nano (2024)

Xinzhe WangPercy ZahlHailiang WangEric I. AltmanUdo D. Schwarz

nanobiotechnologymaterials sciencebiophysicsnanoscale sciencemolecular characterizationmicroscopynanotechnologynanometrology

Atomic Layer Deposition Brings Applications of Two-Dimensional Silica to the Fore. Catalysis Letters (2023)

Eric I. AltmanPetr Dementyev

materials sciencecatalysismaterials engineeringadvanced materialsatomic layer depositionnanotechnologytwo-dimensional silica

Cr Silicate as a Prototype for Engineering Magnetic Phases in Air-Stable Two-Dimensional Transition-Metal Silicates. 2D Materials (2023)

Nassar DoudinKayahan SaritasJin-Cheng ZhengJ Anibal BoscoboinikJerzy T SadowskiPadraic ShaferAlpha T N’DiayeMin LiSohrab Ismail-BeigiEric I Altman

materials sciencemechanical engineeringmaterials engineeringcr silicatemagnetismadvanced materialsengineering magnetic phasesnanotechnologyadditive manufacturingengineering

Energy Harvesting Using Two-Dimensional (2D) D-Silicates From Abundant Natural Minerals. Journal of Materials Chemistry C (2023)

Preeti Lata MahapatraAppu Kumar SinghRaphael TromerKarthik R.Ambresha M.Gelu CostinBasudev LahiriTarun Kumar KunduP. M. AjayanEric I. AltmanDouglas S. GalvaoChandra Sekhar Tiwary

materials scienceabundant natural mineralsmaterial chemistrymaterial researchmaterials engineeringenergy harvestingadvanced materialsengineering

Molecular Permeation in Freestanding Bilayer Silica. Nano Letters (2022)

Daniil NaberezhnyiLukas MaiNassar DoudinInga EnnenAndreas HüttenEric I. AltmanAnjana DeviPetr Dementyev

Scalable Production of Single 2D Van Der Waals Layers Through Atomic Layer Deposition: Bilayer Silica on Metal Foils and Films. 2D Materials (2022)

Gregory S HutchingsXin ShenChao ZhouPetr DementyevDaniil NaberezhnyiInga EnnenAndreas HüttenNassar DoudinJesse H HsuZachary S FishmanUdo D SchwarzShu HuEric I Altman

materials sciencemetal foilsmechanical engineeringmaterials engineeringscalable productionatomic layer depositionbilayer silicaapplied physicsadditive manufacturing

Size and Shape Exclusion in 2D Silicon Dioxide Membranes. Small (2022)

Petr DementyevNeita KhayyaDavid ZandersInga EnnenAnjana DeviEric I. Altman

materials sciencematerials engineeringsilicon dioxide membranesshape exclusion

1
2
3
4
5
19
10 / page

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materials science

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