Faculty

Institution

Unit

Venue

Carl J. Seliskar

Professor

University of Cincinnati

Affiliations

College of Arts and Sciences

Chemistry

Carl J. Seliskar is currently serving as a Chemistry Professor at University of Cincinnati.

Honors

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Experiences

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Education

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Carl J. Seliskar

University of Cincinnati

Professor

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materials science spectroelectrochemistry applied physics spectroscopy chemistry analytical chemistry electrochemistry instrumentation polymer science sensor technology optoelectronics single device multimode selectivity thin films optical engineering chemical engineering molecular spectroscopy physical chemistry sensor design electroanalytical chemistry transition metal chemistry material chemistry spectroelectrochemical sensor vibrational spectroscopy fiber optics laser science spectroelectrochemical sensing fiber optic sensing electronic spectroscopy spectroscopic ellipsometry luminescence coordination chemistry analytical instrumentation chemical sensors dyeing absorption spectroscopy optical sensors additive manufacturing chemical sciences material research polymer engineering polymer technology graphite electrodes electrochemical behavior isoelectronic molecules situ measurements aqueous iron origin band composite science applied microbiology biomedical analysis atomic spectroscopy fibers quantum chemistry optical spectroscopy material preparation pathogen characterization analytical biotechnology polymer blends capillary electrophoresis solid-state chemistry sol-gel synthesis thin film processing adsorption sensing mechanisms related molecules electronic spectra antibody-coated paramagnetic beads self-assembled monolayers canadian studies chip on board lab-on-a-chip biomedical technologies infrared spectroscopy lead identification advanced electrode material optical properties optical materials raman spectroscopy

Notable Scholarly Works

Notable Federal Grants

Collaborators

Spectroelectrochemical Sensors: New Polymer Films for Improved Sensitivity. Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE (2014)

Laura K. MorrisCarl J. SeliskarSamuel A. BryanWilliam R. Heineman

sensor technologymaterials sciencepolymer sciencepolymer technologyspectroelectrochemistryoptical engineeringsensor designspectroelectrochemical sensorsapplied physics

Photophysics and Luminescence Spectroelectrochemistry of [Tc(Dmpe) 3 ] +/2+ (Dmpe = 1,2- Bis (Dimethylphosphino)Ethane). The Journal of Physical Chemistry A (2013)

Sayandev ChatterjeeAndrew S. Del NegroFrances N. SmithZheming WangSean E. HightowerB. Patrick SullivanWilliam R. HeinemanCarl J. SeliskarSamuel A. Bryan

materials scienceluminescence spectroelectrochemistryinorganic chemistrytransition metal chemistry

Three-Component Spectroelectrochemical Sensor Module for the Detection of Pertechnetate (Tco4-). Reviews in Analytical Chemistry (2013)

Sayandev ChatterjeeSamuel A. BryanCarl J. SeliskarWilliam R. Heineman

sensor technologymaterials sciencespectroelectrochemistryspectrochemical analysisanalytical chemistryinstrumentationanalytical instrumentation

Assessing a Spectroelectrochemical Sensor’s Performance for Detecting [Ru(Bpy) 3 ] 2+ in Natural and Treated Water. Electroanalysis (2012)

Eme A. AbuSamuel A. BryanCarl J. SeliskarWilliam R. Heineman

water analysiswater qualityspectroelectrochemistryenvironmental sciencespectroscopyelectroanalytical chemistrytreated waterspectroelectrochemical sensorinstrumentation

Spectroelectrochemical Sensor for Pertechnetate Applicable to Hanford and Other Doe Sites. (2012)

William R HeinemanCarl J SeliskarSamuel A Bryan

sensor technologytechnologyspectroelectrochemistrysensor applicationsinstrumentation

Spectroelectrochemistry as a Strategy for Improving Selectivity of Sensors for Security and Defense Applications. Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE (2012)

William R. HeinemanCarl J. SeliskarLaura K. MorrisSamuel A. Bryan

materials sciencespectroelectrochemistryoptical engineeringsensorsdefense applicationsapplied physics

Effect of the Concentration of Supporting Electrolyte on Spectroelectrochemical Detection of [Ru(Bpy) 3 ] 2+. Electroanalysis (2011)

Laura K. MorrisEme A. AbuChristopher BowmanCarla E. EstridgeSara E. AndriaCarl J. SeliskarWilliam R. Heineman

spectroelectrochemistryelectroanalytical chemistryspectroelectrochemical detectionelectrochemistry

Electronic and Molecular Structures of Trans -Dioxotechnetium(V) Polypyridyl Complexes in the Solid State. Inorganic Chemistry (2011)

Sayandev ChatterjeeAndrew S. Del NegroZheming WangMatthew K. EdwardsFrances N. SkomurskiSean E. HightowerJeanette A. KrauseBrendan TwamleyB. Patrick SullivanChristian ReberWilliam R. HeinemanCarl J. SeliskarSamuel A. Bryan

coordination chemistrysolid-state chemistryelectrical engineeringinorganic chemistrypolypyridyl complexessolid statetransition metal chemistry

Luminescence-Based Spectroelectrochemical Sensor for [Tc(Dmpe) 3 ] 2+/+ (Dmpe = 1,2- Bis (Dimethylphosphino)Ethane) Within a Charge-Selective Polymer Film. Analytical Chemistry (2011)

Sayandev ChatterjeeAndrew S. Del NegroMatthew K. EdwardsSamuel A. BryanNecati KavalNebojsa PantelicLaura K. MorrisWilliam R. HeinemanCarl J. Seliskar

materials sciencespectroelectrochemistryluminescencetransition metal chemistryelectrochemistry

Spectroelectrochemical Sensing of Pyrene Metabolites 1-Hydroxypyrene and 1-Hydroxypyrene-Glucuronide. Analytical Chemistry (2011)

Robert A. WilsonCarl J. SeliskarGlenn TalaskaWilliam R. Heineman

analytical chemistryspectroelectrochemistryenvironmental sciencespectroelectrochemical sensing

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Carl J. Seliskar

Professor

University of Cincinnati

Affiliations

College of Arts and Sciences

Chemistry

Carl J. Seliskar is currently serving as a Chemistry Professor at University of Cincinnati.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Carl J. Seliskar

University of Cincinnati

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Spectroelectrochemical Sensors: New Polymer Films for Improved Sensitivity. Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIE (2014)

Laura K. MorrisCarl J. SeliskarSamuel A. BryanWilliam R. Heineman

sensor technologymaterials sciencepolymer sciencepolymer technologyspectroelectrochemistryoptical engineeringsensor designspectroelectrochemical sensorsapplied physics

Photophysics and Luminescence Spectroelectrochemistry of [Tc(Dmpe) 3 ] +/2+ (Dmpe = 1,2- Bis (Dimethylphosphino)Ethane). The Journal of Physical Chemistry A (2013)

Sayandev ChatterjeeAndrew S. Del NegroFrances N. SmithZheming WangSean E. HightowerB. Patrick SullivanWilliam R. HeinemanCarl J. SeliskarSamuel A. Bryan

materials scienceluminescence spectroelectrochemistryinorganic chemistrytransition metal chemistry

Three-Component Spectroelectrochemical Sensor Module for the Detection of Pertechnetate (Tco4-). Reviews in Analytical Chemistry (2013)

Sayandev ChatterjeeSamuel A. BryanCarl J. SeliskarWilliam R. Heineman

sensor technologymaterials sciencespectroelectrochemistryspectrochemical analysisanalytical chemistryinstrumentationanalytical instrumentation

Assessing a Spectroelectrochemical Sensor’s Performance for Detecting [Ru(Bpy) 3 ] 2+ in Natural and Treated Water. Electroanalysis (2012)

Eme A. AbuSamuel A. BryanCarl J. SeliskarWilliam R. Heineman

water analysiswater qualityspectroelectrochemistryenvironmental sciencespectroscopyelectroanalytical chemistrytreated waterspectroelectrochemical sensorinstrumentation

Spectroelectrochemical Sensor for Pertechnetate Applicable to Hanford and Other Doe Sites. (2012)

William R HeinemanCarl J SeliskarSamuel A Bryan

sensor technologytechnologyspectroelectrochemistrysensor applicationsinstrumentation

William R. HeinemanCarl J. SeliskarLaura K. MorrisSamuel A. Bryan

materials sciencespectroelectrochemistryoptical engineeringsensorsdefense applicationsapplied physics

Effect of the Concentration of Supporting Electrolyte on Spectroelectrochemical Detection of [Ru(Bpy) 3 ] 2+. Electroanalysis (2011)

Laura K. MorrisEme A. AbuChristopher BowmanCarla E. EstridgeSara E. AndriaCarl J. SeliskarWilliam R. Heineman

spectroelectrochemistryelectroanalytical chemistryspectroelectrochemical detectionelectrochemistry

Electronic and Molecular Structures of Trans -Dioxotechnetium(V) Polypyridyl Complexes in the Solid State. Inorganic Chemistry (2011)

coordination chemistrysolid-state chemistryelectrical engineeringinorganic chemistrypolypyridyl complexessolid statetransition metal chemistry

Luminescence-Based Spectroelectrochemical Sensor for [Tc(Dmpe) 3 ] 2+/+ (Dmpe = 1,2- Bis (Dimethylphosphino)Ethane) Within a Charge-Selective Polymer Film. Analytical Chemistry (2011)

Sayandev ChatterjeeAndrew S. Del NegroMatthew K. EdwardsSamuel A. BryanNecati KavalNebojsa PantelicLaura K. MorrisWilliam R. HeinemanCarl J. Seliskar

materials sciencespectroelectrochemistryluminescencetransition metal chemistryelectrochemistry

Spectroelectrochemical Sensing of Pyrene Metabolites 1-Hydroxypyrene and 1-Hydroxypyrene-Glucuronide. Analytical Chemistry (2011)

Robert A. WilsonCarl J. SeliskarGlenn TalaskaWilliam R. Heineman

analytical chemistryspectroelectrochemistryenvironmental sciencespectroelectrochemical sensing

1
2
3
4
5
19
10 / page

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forensic infrared imaging

multivariate optical computing

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electroanalytical sensor

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environmental chemistry

new lighting technology

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