Faculty

Institution

Unit

Venue

Dr. Todd Schwendemann

Southern Connecticut State University

Affiliations

Department Of Physics

Center For Nanotechnology

College Of Mcdaniel

Department Of Physics

College of Arts and Sciences

Department Of Physics

Contact

Southern Connecticut State University

NoneDr. Todd Schwendemann is currently serving as a Center For Nanotechnology faculty at Southern Connecticut State University.

Honors

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Experiences

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Education

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Dr. Todd Schwendemann

Southern Connecticut State University

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materials science applied physics nanotechnology surface science microscopy condensed matter physics nanomaterials nanometrology advanced materials thin films chemical engineering metals material chemistry nanoscale science surface characterization surface nanotechnology scanning force microscopy chemistry instrumentation interface science tribology material research crystal engineering condensed matter electronic materials vocational behavior professional development higher education mechanical science carbon nanoparticle research 3d imaging instrumentation engineering instrument science analytical instrumentation surface engineering material performance material preparation intermediate host soft mode high-performance materials nanomechanics oxide electronics case studies scanning probe microscopy career development career interventions tunneling microscopy 3d pose estimation nanoscale chemistry nanostructure synthesis carbon-based materials surface analysis short-range chemical forces picometre resolution three-dimensional imaging site-specific force spectroscopy atomic resolution imaging metal oxides electronic characterization a-site termination stm measurements surface-oxidized cu defect identification atom-specific forces analysis procedures atomic resolution measurement strategies artifact reduction

Notable Scholarly Works

Notable Federal Grants

Collaborators

Thin Film Deposition and Carbon Nanotube Synthesis. Selected topics in electornics and systems (2020)

Carbon Nanotube Synthesis From Block Copolymer Deposited Catalyst. (2017)

Three-Dimensional Interaction Force and Tunneling Current Spectroscopy of Point Defects on Rutile Tio2(110). Applied Physics Letters (2016)

Mehmet Z. BaykaraHarry MönigTodd C. SchwendemannÖzhan ÜnverdiEric I. AltmanUdo D. Schwarz

materials sciencephysicsthree-dimensional interaction forcemetalspoint defectscondensed matter physicsapplied physicsadvanced materialsthin filmssurface scienceoxide electronicselectronic materials

Computational Nanocharacterization for Combinatorially Developed Bulk Metallic Glass. International Journal of High Speed Electronics and Systems (2015)

Eric M. GossettEllen B. ScanleyYanhui LiuYanglin LiZe LiuSungwoo SohnJan SchroersChristine BroadbridgeTodd C. Schwendemann

materials sciencenanotechnologycomputational nanocharacterizationmechanical sciencebulk metallic glassmechanical engineeringelectrical engineering

Patterned Deposition of Nanoparticles Using Dip Pen Nanolithography for Synthesis of Carbon Nanotubes. MRS Proceedings (2015)

nanoparticle researchmaterials sciencenanotechnologynanoparticlescarbon nanotubeschemical engineeringnanostructure synthesiscarbon-based materialscarbonnanomaterialsnanoscale chemistrymaterial chemistry

Research Experiences for Students: Interdisciplinary Skill Development to Prepare the Future Workforce for Success. MRS Proceedings (2015)

professional developmenthigher educationeducationvocational behaviorinterdisciplinary skill developmentresearch experiencescareer developmentfuture workforceundergraduate researcheducational researchcareer interventionsperformance studies

Simultaneous Measurement of Multiple Independent Atomic-Scale Interactions Using Scanning Probe Microscopy: Data Interpretation and the Effect of Cross-Talk. The Journal of Physical Chemistry C (2015)

Mehmet Z. BaykaraMilica TodorovićHarry MönigTodd C. SchwendemannLucia RodrigoEric I. AltmanRubén PérezUdo D. Schwarz

materials sciencescanning probe microscopybiophysicsatomic physicssimultaneous measurementapplied physicsphysical chemistrydata interpretation

Characterization of Carbon Nanotube Growth via Cvd Synthesis From a Liquid Precursor. International Journal of High Speed Electronics and Systems (2014)

Carol JenkinsMelissa CruzJen DepalmaMichael ConroyBarbara BenardoMichael HorbachukTom SadowskiChristine BroadbridgeTodd C. Schwendemann

carbon nanotubesliquid precursorcvd synthesiscarbon nanotube growthelectrical engineering

Atom-Specific Forces and Defect Identification on Surface-Oxidized Cu(100) With Combined 3D-Afm and Stm Measurements. Physical Review B (2013)

Mehmet Z. BaykaraMilica TodorovićHarry MönigTodd C. SchwendemannÖzhan ÜnverdiLucia RodrigoEric I. AltmanRubén PérezUdo D. Schwarz

materials scienceatom-specific forcescondensed matter physicsstm measurementssurface characterizationsurface-oxidized cudefect identificationapplied physicscondensed matterthin filmssurface science

Quantitative Atomic-Resolution Surface Force Field Spectroscopy in Three Dimensions: A {\It {How-to}} Guide for Collecting Meaningful Data. Bulletin of the American Physical Society (2013)

Mehmet Z. BaykaraOmur E. DagdevirenTodd C. SchwendemannHarry M {o}nigEric I. AltmanUdo D. Schwarz

materials sciencephysicsatomic physicsspectroscopycondensed matter physicssurface analysismeaningful dataapplied physicssurface scienceparticle physics

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Dr. Todd Schwendemann

Southern Connecticut State University

Affiliations

Department Of Physics

Center For Nanotechnology

College Of Mcdaniel

Department Of Physics

College of Arts and Sciences

Department Of Physics

Contact

Southern Connecticut State University

NoneDr. Todd Schwendemann is currently serving as a Center For Nanotechnology faculty at Southern Connecticut State 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

Dr. Todd Schwendemann

Southern Connecticut State University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Thin Film Deposition and Carbon Nanotube Synthesis. Selected topics in electornics and systems (2020)

Carbon Nanotube Synthesis From Block Copolymer Deposited Catalyst. (2017)

Three-Dimensional Interaction Force and Tunneling Current Spectroscopy of Point Defects on Rutile Tio2(110). Applied Physics Letters (2016)

Mehmet Z. BaykaraHarry MönigTodd C. SchwendemannÖzhan ÜnverdiEric I. AltmanUdo D. Schwarz

materials sciencephysicsthree-dimensional interaction forcemetalspoint defectscondensed matter physicsapplied physicsadvanced materialsthin filmssurface scienceoxide electronicselectronic materials

Computational Nanocharacterization for Combinatorially Developed Bulk Metallic Glass. International Journal of High Speed Electronics and Systems (2015)

Eric M. GossettEllen B. ScanleyYanhui LiuYanglin LiZe LiuSungwoo SohnJan SchroersChristine BroadbridgeTodd C. Schwendemann

materials sciencenanotechnologycomputational nanocharacterizationmechanical sciencebulk metallic glassmechanical engineeringelectrical engineering

Patterned Deposition of Nanoparticles Using Dip Pen Nanolithography for Synthesis of Carbon Nanotubes. MRS Proceedings (2015)

Research Experiences for Students: Interdisciplinary Skill Development to Prepare the Future Workforce for Success. MRS Proceedings (2015)

Mehmet Z. BaykaraMilica TodorovićHarry MönigTodd C. SchwendemannLucia RodrigoEric I. AltmanRubén PérezUdo D. Schwarz

materials sciencescanning probe microscopybiophysicsatomic physicssimultaneous measurementapplied physicsphysical chemistrydata interpretation

Characterization of Carbon Nanotube Growth via Cvd Synthesis From a Liquid Precursor. International Journal of High Speed Electronics and Systems (2014)

Carol JenkinsMelissa CruzJen DepalmaMichael ConroyBarbara BenardoMichael HorbachukTom SadowskiChristine BroadbridgeTodd C. Schwendemann

carbon nanotubesliquid precursorcvd synthesiscarbon nanotube growthelectrical engineering

Atom-Specific Forces and Defect Identification on Surface-Oxidized Cu(100) With Combined 3D-Afm and Stm Measurements. Physical Review B (2013)

Mehmet Z. BaykaraMilica TodorovićHarry MönigTodd C. SchwendemannÖzhan ÜnverdiLucia RodrigoEric I. AltmanRubén PérezUdo D. Schwarz

materials scienceatom-specific forcescondensed matter physicsstm measurementssurface characterizationsurface-oxidized cudefect identificationapplied physicscondensed matterthin filmssurface science

Quantitative Atomic-Resolution Surface Force Field Spectroscopy in Three Dimensions: A {\It {How-to}} Guide for Collecting Meaningful Data. Bulletin of the American Physical Society (2013)

Mehmet Z. BaykaraOmur E. DagdevirenTodd C. SchwendemannHarry M {o}nigEric I. AltmanUdo D. Schwarz

materials sciencephysicsatomic physicsspectroscopycondensed matter physicssurface analysismeaningful dataapplied physicssurface scienceparticle physics

1
2
3
10 / page