Faculty

Institution

Unit

Venue

Michael H. Bartl

Research Professor

University of Utah

Affiliations

College of Science

Chemistry

Michael H. Bartl is currently serving as a Chemistry Research Professor at University of Utah.

Honors

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Experiences

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Education

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Michael H. Bartl

University of Utah

Research Professor

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materials science applied physics nanotechnology thermal engineering material chemistry nanomaterials materials engineering chemistry photonics advanced materials chemical engineering material research thin films optoelectronics nanoparticle research condensed matter physics condensed matter nanostructure synthesis nanoscale chemistry luminescence chemical sciences nanobiotechnology semiconductor nanostructures optical engineering crystal structures insect science composite science electronic materials solid-state chemistry inorganic materials supramolecular assemblies optical spectroscopy colloid chemistry semiconductor materials thermal energy biomedical photonics beetle scales biological templates crystal field investigation advanced functional materials electronics crystal growth membrane science layered materials surface nanoengineering material analysis nanometrology energy engineering glass material structure elucidation versatile reaction system benzyl alcohol low-temperature synthesis sparse mineralization copper biomineral worm jaws high abrasion resistance energy transfer trivalent europium avian biology solid-state electronics morphological impact abrasive process nanocrystalline materials trace elements elasticity (physics) sol-gel synthesis material modeling biofunctional material biomaterial modeling material preparation organic electronics controlled dimensionality transition metal chlorides nanocrystalline walls near-ir luminescence functional nanomaterials functional materials

Notable Scholarly Works

Notable Federal Grants

Collaborators

Efrc-Muse: Multi-Scale Fluid-Solid Interactions in Architected and Natural Materials. (2024)

Milind DeoMichael BartlDarryl ButtGreeshma GadikotaMichael HoepfnerJohn KaszubaJules MagdaSwomitra MohantyJohn McLennanJan MillerJiaoyan LiJiaqi JinSubhash RisbudBrian McPhersonBryony RichardsYidong XiaAdri van DuinIlya Zharov

nanomaterialsfluid propertiesinterfacial phenomenamultiphase flowsporous materialsmaterial researchnanoporous materialsmaterial chemistrychemistryinterfacial studiesmulti-scale fluid-solid interactionsnatural materialspore structureinterface (matter)materials sciencemineral-fluid interaction

Ccdc 2157502: Experimental Crystal Structure Determination. The Cambridge Structural Database (2023)

Rao, YuPalumbo, Chad T.Venkatesh, AmritKeener, MeganStevanato, GabrieleChauvin, Anne-SophieMenzildjian, GeorgesKuzin, SergeiYulikov, MaximJeschke, GunnarLesage, AnneMazzanti, MarinellaEmsley, Lyndon

biophysicscrystal structurescrystal researchdeposited datasetstructural chemistryccdc 2157502crystal engineeringcrystallographystructure determinationstructure elucidationchemistrychemical structurecrystal diffraction study

Erratum to “Mechanistic Insights Into the Colloidal Assembly of Mesoporous Silica Using In-Operando Cross-Scale X-Ray Scattering and Spectroscopic Measurements” [Materialia (2020) 100764]. Materialia (2021)

Hassnain AsgarSoenke SeifertIvan KuzmenkoMichael BartlGreeshma Gadikota

nanomaterialsnanoparticlesnanoporous materialsmaterial chemistrycolloidal materialscolloidal assemblycharacterization (materials science)chemistrymechanistic insightsporous materialsmaterials science

Author Response for"Synergistic Pxt3003 Therapy Uncouples Neuromuscular Function From Dysmyelination in Male Charcot-Marie-Tooth Disease Type 1A (Cmt1A) Rats". (2020)

None Thomas PrukopNone Stephanie WernickNone Lydie BoussicaultNone David EwersNone Karoline JägerNone Julia AdamNone Lorenz WinterNone Susanne QuintesNone Lisa LinhoffNone Alonso Barrantes-FreerNone Michael BartlNone Dirk CzesnikNone Jana ZschüntzschNone Jens SchmidtNone Gwenaël PrimasNone Julien LaffaireNone Philippe RinaudoNone Anthony BrureauNone Serguei NabirotchkinNone Markus H. SchwabNone Klaus-Armin NaveNone Rodolphe HajjNone Daniel CohenNone Michael W. Sereda

neurologyneuromuscular functionneuroscienceneuromuscular medicinepharmacologyauthor response

Coexistence of Structural and Dynamical Heterogeneity in Liquids Under Nanoconfinement. Frontiers in Physics (2020)

Yiqing XiaHyeyoung ChoSubhash H. RisbudMichael H. BartlSabyasachi Sen

solid mechanicsphysicscondensed matterfluid dynamicsfluid-solid interactionsdynamical heterogeneityapplied physicscondensed matter physicsmaterials science

Layer-By-Layer Freezing of Nanoconfined Water. Scientific Reports (2020)

Yiqing XiaHyeyoung ChoMilind DeoSubhash H. RisbudMichael H. BartlSabyasachi Sen

nanomaterialssurface sciencesurface nanotechnologynanotechnologyenvironmental sciencecryosphereenvironmental engineeringheat transferlayer-by-layer freezingcryogenicsnanoconfined watermaterials science

Mechanistic Insights Into the Colloidal Assembly of Mesoporous Silica Using In-Operando Cross-Scale X-Ray Scattering and Spectroscopic Measurements. Materialia (2020)

Hassnain AsgarSoenke SeifertIvan KuzmenkoMichael BartlGreeshma Gadikota

nanomaterialscolloid chemistrynanoparticlessurface sciencenanoporous materialsnanoscale chemistrymaterial chemistrycolloidal assemblycharacterization (materials science)chemistrymechanistic insightsmesoporous silicananoparticle researchmaterials science

Thermodynamic and Kinetic Transitions of Liquids in Nanoconfinement. Accounts of Chemical Research (2020)

Sabyasachi SenSubhash H. RisbudMichael H. Bartl

thermal engineeringchemical scienceschemical thermodynamicschemical engineeringnanotechnologyphysical chemistryexperimental thermodynamicsfluid mechanicschemistrythermodynamicstransformation kineticskinetic transitionsmaterials science

An Experiment‐Based Numerical Treatment of Spin Wave Modes in Periodically Porous Materials. physica status solidi (b) (2019)

Daniel Van OpdenboschGolda Hukic-MarkosianSteven OttClaas AbertMichael H. Bartl

applied physicsexperiment-based numerical treatmentcondensed matter physicsmaterials science

Corrigendum to “Measurements of Hydrocarbon Bubble Points in Synthesized Mesoporous Siliceous Monoliths” [Chem. Eng. Sci. 177 (2018) 481–490]. Chemical Engineering Science (2018)

Hyeyoung ChoDominic CaputoMichael H. BartlMilind Deo

chemical engineeringhydrocarbon bubble pointsmaterials science

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Michael H. Bartl

Research Professor

University of Utah

Affiliations

College of Science

Chemistry

Michael H. Bartl is currently serving as a Chemistry Research Professor at University of Utah.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Michael H. Bartl

University of Utah

Research Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Efrc-Muse: Multi-Scale Fluid-Solid Interactions in Architected and Natural Materials. (2024)

Ccdc 2157502: Experimental Crystal Structure Determination. The Cambridge Structural Database (2023)

Rao, YuPalumbo, Chad T.Venkatesh, AmritKeener, MeganStevanato, GabrieleChauvin, Anne-SophieMenzildjian, GeorgesKuzin, SergeiYulikov, MaximJeschke, GunnarLesage, AnneMazzanti, MarinellaEmsley, Lyndon

Hassnain AsgarSoenke SeifertIvan KuzmenkoMichael BartlGreeshma Gadikota

nanomaterialsnanoparticlesnanoporous materialsmaterial chemistrycolloidal materialscolloidal assemblycharacterization (materials science)chemistrymechanistic insightsporous materialsmaterials science

Author Response for"Synergistic Pxt3003 Therapy Uncouples Neuromuscular Function From Dysmyelination in Male Charcot-Marie-Tooth Disease Type 1A (Cmt1A) Rats". (2020)

neurologyneuromuscular functionneuroscienceneuromuscular medicinepharmacologyauthor response

Coexistence of Structural and Dynamical Heterogeneity in Liquids Under Nanoconfinement. Frontiers in Physics (2020)

Yiqing XiaHyeyoung ChoSubhash H. RisbudMichael H. BartlSabyasachi Sen

solid mechanicsphysicscondensed matterfluid dynamicsfluid-solid interactionsdynamical heterogeneityapplied physicscondensed matter physicsmaterials science

Layer-By-Layer Freezing of Nanoconfined Water. Scientific Reports (2020)

Yiqing XiaHyeyoung ChoMilind DeoSubhash H. RisbudMichael H. BartlSabyasachi Sen

Mechanistic Insights Into the Colloidal Assembly of Mesoporous Silica Using In-Operando Cross-Scale X-Ray Scattering and Spectroscopic Measurements. Materialia (2020)

Hassnain AsgarSoenke SeifertIvan KuzmenkoMichael BartlGreeshma Gadikota

Thermodynamic and Kinetic Transitions of Liquids in Nanoconfinement. Accounts of Chemical Research (2020)

Sabyasachi SenSubhash H. RisbudMichael H. Bartl

An Experiment‐Based Numerical Treatment of Spin Wave Modes in Periodically Porous Materials. physica status solidi (b) (2019)

Daniel Van OpdenboschGolda Hukic-MarkosianSteven OttClaas AbertMichael H. Bartl

applied physicsexperiment-based numerical treatmentcondensed matter physicsmaterials science

Corrigendum to “Measurements of Hydrocarbon Bubble Points in Synthesized Mesoporous Siliceous Monoliths” [Chem. Eng. Sci. 177 (2018) 481–490]. Chemical Engineering Science (2018)

Hyeyoung ChoDominic CaputoMichael H. BartlMilind Deo

chemical engineeringhydrocarbon bubble pointsmaterials science

1
2
3
4
5
13
10 / page

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materials science

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interface properties

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