Faculty

Institution

Unit

Venue

Srin Manne

Associate Professor of Physics

University of Arizona

Affiliations

College of Science

Physics

Srin Manne is currently serving as a College Of Science Associate Professor of Physics at University of Arizona.

Honors

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Experiences

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Education

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Srin Manne

University of Arizona

Associate Professor of Physics

You can click a keyword to filter the displayed items

materials science surface science biophysics applied physics physics microscopy nanotechnology surface characterization interface science surface chemistry atomic force microscope atomic force microscopy materials engineering atomic physics condensed matter physics structural biology microfluidics crystal growth nanobiotechnology surface nanotechnology lateral force microscopy clay science additive manufacturing biomedical imaging friction digital scholarship documentation nanometrology surface nanoengineering micro technology clay minerals scanning force microscopy instrument science particle methods interface structure surface engineering separation technology surface processing self-assembly structures nonionic surfactants quaternary ammonium surfactants surface micellization patterns atomic-scale ledges molecular-scale imaging clay mineral surfaces surfactant aggregates isotropic hydrophobic surface noncontact force microscopy metal ion sorption composition mapping mollusc shells liquid crystals electrostatic forces soft matter interfacial phenomena

Notable Scholarly Works

Notable Federal Grants

Collaborators

Friction Dependence on Growth Conditions in Epitaxial Films. Langmuir (2009)

Anne E. MurdaughSrinivas Manne

surface scienceepitaxial filmsgrowth conditionsmaterials engineeringfriction dependenceoptoelectronicsbiomedical engineeringmaterials scienceapplied physicsfrictionthin films

Imaging Microflows and Nanopore Structures Using Hydrodynamic Force Microscopy. Applied Physics Letters (2008)

Elaine S. UlrichChristopher M. LimbachSrinivas Manne

biophysicsmicroscopybiomedical imagingmicrofluidicsbiological imaginghydrodynamic force microscopyapplied physicsmaterials sciencenanobiotechnologynanotechnology

Two-Dimensional Crystal Growth From Undersaturated Solutions. Langmuir (2007)

Anne E. MurdaughMary LiddelowAnneliese M. SchmidtSrinivas Manne

undersaturated solutionscrystallographymaterials sciencetwo-dimensional crystal growthcrystal growth

Si–Sio 2 Interface Formation in Low-Dose Low-Energy Separation by Implanted Oxygen Materials. Applied Surface Science (2005)

Tula JutarosagaSrinivas ManneSupapan Seraphin

surface sciencesurface engineeringsurface nanotechnologylow-dose low-energy separationsurface characterizationsurface processinginterface scienceimplanted oxygen materialsbiomedical engineeringapplied physicsmaterials sciencesemiconductorsoptoelectronicsnanoengineeringseparation technologyinterface formationnanotechnology

Molecular Transfer and Transport in Noncovalent Microcontact Printing. Langmuir (2004)

Richard K. WorkmanSrinivas Manne

noncovalent microcontact printingbiomolecular engineeringmicrofluidicsadditive manufacturing3d printingmolecular transferbiomedical engineeringmaterials sciencemicrofabricationnanobiotechnologynanotechnology

Detection of a Diffusive Two-Dimensional Gas of Amphiphiles by Lateral Force Microscopy. Langmuir (2003)

Richard K. WorkmanAnneliese M. SchmidtSrinivas Manne

biophysicsmicroscopylateral force microscopymaterials sciencediffusive two-dimensional gas

Mechanisms of Metal Ion Sorption on Calcite: Composition Mapping by Lateral Force Microscopy. Langmuir (2003)

Michael B. HayRichard K. WorkmanSrinivas Manne

biophysicssurface sciencecomposition mappingmetal ion sorptionlateral force microscopymaterials sciencephysicsstructural biology

Micelles. Elsevier eBooks (2003)

Srinivas ManneL.K. Patterson

Two-Dimensional Condensed Phases From Particles With Tunable Interactions. Physical review. E, Statistical physics, plasmas, fluids, and related interdisciplinary topics (2003)

Michael B. HayRichard K. WorkmanSrinivas Manne

particle methodstunable interactionscondensed matter physicsmaterials scienceapplied physicsphysicsparticle physicstwo-dimensional condensed phases

Patterned Thin Water Films on Mica. Langmuir (2002)

R. K. WorkmanS. Manne

materials sciencethin films

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Srin Manne

Associate Professor of Physics

University of Arizona

Affiliations

College of Science

Physics

Srin Manne is currently serving as a College Of Science Associate Professor of Physics at University of Arizona.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Srin Manne

University of Arizona

Associate Professor of Physics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Friction Dependence on Growth Conditions in Epitaxial Films. Langmuir (2009)

Anne E. MurdaughSrinivas Manne

surface scienceepitaxial filmsgrowth conditionsmaterials engineeringfriction dependenceoptoelectronicsbiomedical engineeringmaterials scienceapplied physicsfrictionthin films

Imaging Microflows and Nanopore Structures Using Hydrodynamic Force Microscopy. Applied Physics Letters (2008)

Elaine S. UlrichChristopher M. LimbachSrinivas Manne

biophysicsmicroscopybiomedical imagingmicrofluidicsbiological imaginghydrodynamic force microscopyapplied physicsmaterials sciencenanobiotechnologynanotechnology

Two-Dimensional Crystal Growth From Undersaturated Solutions. Langmuir (2007)

Anne E. MurdaughMary LiddelowAnneliese M. SchmidtSrinivas Manne

undersaturated solutionscrystallographymaterials sciencetwo-dimensional crystal growthcrystal growth

Si–Sio 2 Interface Formation in Low-Dose Low-Energy Separation by Implanted Oxygen Materials. Applied Surface Science (2005)

Tula JutarosagaSrinivas ManneSupapan Seraphin

Molecular Transfer and Transport in Noncovalent Microcontact Printing. Langmuir (2004)

Richard K. WorkmanSrinivas Manne

Detection of a Diffusive Two-Dimensional Gas of Amphiphiles by Lateral Force Microscopy. Langmuir (2003)

Richard K. WorkmanAnneliese M. SchmidtSrinivas Manne

biophysicsmicroscopylateral force microscopymaterials sciencediffusive two-dimensional gas

Mechanisms of Metal Ion Sorption on Calcite: Composition Mapping by Lateral Force Microscopy. Langmuir (2003)

Michael B. HayRichard K. WorkmanSrinivas Manne

biophysicssurface sciencecomposition mappingmetal ion sorptionlateral force microscopymaterials sciencephysicsstructural biology

Micelles. Elsevier eBooks (2003)

Srinivas ManneL.K. Patterson

Two-Dimensional Condensed Phases From Particles With Tunable Interactions. Physical review. E, Statistical physics, plasmas, fluids, and related interdisciplinary topics (2003)

Michael B. HayRichard K. WorkmanSrinivas Manne

particle methodstunable interactionscondensed matter physicsmaterials scienceapplied physicsphysicsparticle physicstwo-dimensional condensed phases

Patterned Thin Water Films on Mica. Langmuir (2002)

R. K. WorkmanS. Manne

materials sciencethin films

1
2
3
10 / page

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Similar Faculty Members

Robert Leheny

Institution

Johns Hopkins University

materials science

applied physics

Mark Schlossman

Institution

University of Illinois Chicago

interface science

nanoscale effects

Robert B. Meyer

Institution

Brandeis University

phase transition

advanced materials

Ivan I. Smalyukh

Institution

University of Colorado Boulder

energy research

energy transition

Pulak Dutta

Institution

Northwestern University

tertiary oil recovery

interfacial phenomena

Xiaoguang Wang

Institution

Ohio State University

dispersion science

colloidal material

Elizabeth Mann

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Kent State University

phase transition

pattern formation

Yuen-Ron Shen

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University of California, Berkeley

applied physics

plasmonics

Noel Clark

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crystal research

liquid crystal

Daniel K Schwartz

Institution

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materials science

surface science