Faculty

Institution

Unit

Venue

Dr. Marco De Jesus

University of Puerto Rico--Mayaguez

Affiliations

Laboratory Of Organometallic Chemistry Research

University of Puerto Rico--Mayaguez

NoneDr. Marco De Jesus is currently serving as a Laboratory Of Organometallic Chemistry Research faculty at University of Puerto Rico--Mayaguez.

Honors

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Experiences

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Education

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Dr. Marco De Jesus

University of Puerto Rico--Mayaguez

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materials science spectroscopy nanotechnology applied physics nanoparticle research raman spectroscopy nanomaterials surface nanotechnology surface science mechanical engineering polymer science optical properties materials engineering electrochemistry surface-enhanced raman scattering nanobiotechnology surface-enhanced raman spectrometry model environmental pollutants physics metals composite science material chemistry electroanalytical chemistry polymer nanotechnology optical spectroscopy adsorption oxygen reduction reaction electrochemical surface science surface electrochemistry nanocomposites analytical biotechnology plasmonics nanometrology performance characterization surface characterization metallic nanomaterials polymer arrays sers substrates gold-polymer nanocomposites analytical figures adverse effects laser irradiation sample translation technique trace organoarsenic antimicrobials base enantiomers adsorption behavior silica-based packing molecular modeling interpretation phase system silver-palladium electrodeposition

Notable Scholarly Works

Notable Federal Grants

Collaborators

Potential Dependent Ag Nanoparticle Electrodeposition on Vulcan XC-72R Carbon Support for Alkaline Oxygen Reduction Reaction. Journal of Electroanalytical Chemistry (2021)

Melissa Vega-CartagenaArnulfo Rojas-PérezGuillermo S. Colón-QuintanaDaniel A. Blasini PérezArmando Peña-DuarteEduardo Larios-RodríguezMarco A. De JesúsCarlos R. Cabrera

electrochemistrysurface sciencesurface electrochemistryelectrochemical surface scienceelectroanalytical chemistrymaterials sciencenanoparticle researchnanotechnology

Silver–Palladium Electrodeposition on Unsupported Vulcan XC-72R for Oxygen Reduction Reaction in Alkaline Media. ACS Applied Energy Materials (2019)

Melissa Vega-CartagenaElena M. Flores-VélezGuillermo S. Colón-QuintanaDaniel A. Blasini PérezMarco A. De JesúsCarlos R. Cabrera

electrochemistryoxygen reduction reactionmaterials scienceapplied physicsalkaline mediasilver-palladium electrodeposition

Surface-Enhanced Raman Scattering (Sers) Studies of Disc-On-Pillar (Dop) Arrays: Contrasting Enhancement Factor With Analytical Performance. Applied Spectroscopy (2019)

Raymond A. VelezNickolay V. LavrikIvan I. KravchenkoMichael J. SepaniakMarco A. De Jesus

spectroscopysurface-enhanced raman scatteringmaterials scienceanalytical performanceraman spectroscopynanotechnology

Performance Characteristics of Bio-Inspired Metal Nanostructures as Surface-Enhanced Raman Scattered (Sers) Substrates. Applied Spectroscopy (2016)

Hector I. Areizaga-MartinezIvan KravchenkoNickolay V. LavrikMichael J. SepaniakSamuel P. Hernández-RiveraMarco A. De Jesús

surface sciencesurface nanotechnologynanobiotechnologynanomaterialsspectroscopyperformance characterizationperformance characteristicsmaterials engineeringsurface characterizationbio-inspired metal nanostructuresmaterials scienceapplied physicsmetallic nanomaterialsnanoparticle researchraman spectroscopynanotechnologymechanical engineering

Design and Characterization of Hybrid Morphology Nanoarrays as Plasmonic Raman Probes for Antimicrobial Detection. Applied Spectroscopy (2013)

Jenifier Olavarría-FullertonRaymond A. VelezSabrina WellsMichael J. SepaniakSamuel P. Hernández-RiveraMarco A. De Jesús

analytical biotechnologymicroscopysurface nanotechnologyantimicrobial detectionnanobiotechnologyspectroscopynanomaterialsbiomedical engineeringmaterials scienceapplied physicsplasmonicsnanometrologynanomedicinenanoparticle researchhybrid morphology nanoarraysplasmonic raman probesraman spectroscopynanotechnology

Surface-Enhanced Raman Scattering (Sers) Characterization of Trace Organoarsenic Antimicrobials Using Silver/Polydimethylsiloxane Nanocomposites. Applied Spectroscopy (2011)

Jenifier Olavarría-FullertonSabrina WellsWilliam Ortiz-RiveraMichael J. SepaniakMarco A. De Jesus

surface nanotechnologynanomaterialsspectroscopysurface-enhanced raman scatteringtrace organoarsenic antimicrobialsmaterials scienceapplied physicsnanoparticle researchraman spectroscopynanotechnology

Adsorption Behavior of the ()-TröGer’s Base Enantiomers in the Phase System of a Silica-Based Packing Coated With Amylose Tri(3,5-Dimethyl Carbamate) and 2-Propanol and Molecular Modeling Interpretation. Journal of Chromatography A (2006)

Kathleen MihlbachlerMarco A. De JesúsKrzysztof KaczmarskiMichael J. SepaniakAndreas Seidel-MorgensternGeorges Guiochon

silica-based packingbase enantiomerschemistryadsorption behavioradsorptionmaterial chemistryphase systemmaterials sciencechromatographyanalytical chemistrychemical engineeringmolecular modeling interpretation

Gold‐Polymer Nanocomposites: Studies of Their Optical Properties and Their Potential as Sers Substrates. Journal of Raman Spectroscopy (2005)

Kathleen S. GiesfeldtR. Maggie ConnatserMarco A. De JesúsPampa DuttaMichael J. Sepaniak

nanomaterialsspectroscopysers substratesoptical propertiesmaterials sciencepolymer sciencegold-polymer nanocompositesphysicsnanoparticle researchraman spectroscopypolymer nanotechnologynanotechnology

Nanofabrication of Densely Packed Metal—Polymer Arrays for Surface-Enhanced Raman Spectrometry. Applied Spectroscopy (2005)

M. A. De JesúsK. S. GiesfeldtJ. M. OranN. A. Abu-HatabN. V. LavrikM. J. Sepaniak

surface nanotechnologysurface-enhanced raman spectrometryspectroscopymetalsmaterials scienceapplied physicspolymer arraysraman spectroscopynanotechnology

Factors Affecting the Sorption of Model Environmental Pollutants Onto Silver Polydimethylsiloxane Nanocomposite Raman Substrates. Applied Spectroscopy (2004)

M. A. De JesúsK. S. GiesfeldtM. J. Sepaniak

surface scienceenvironmental engineeringsurface nanotechnologyspectroscopynanomaterialsmaterials scienceapplied physicsnanocompositesnanoparticle researchnanotechnologymodel environmental pollutants

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Dr. Marco De Jesus

University of Puerto Rico--Mayaguez

Affiliations

Laboratory Of Organometallic Chemistry Research

University of Puerto Rico--Mayaguez

NoneDr. Marco De Jesus is currently serving as a Laboratory Of Organometallic Chemistry Research faculty at University of Puerto Rico--Mayaguez.

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. Marco De Jesus

University of Puerto Rico--Mayaguez

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Potential Dependent Ag Nanoparticle Electrodeposition on Vulcan XC-72R Carbon Support for Alkaline Oxygen Reduction Reaction. Journal of Electroanalytical Chemistry (2021)

Melissa Vega-CartagenaArnulfo Rojas-PérezGuillermo S. Colón-QuintanaDaniel A. Blasini PérezArmando Peña-DuarteEduardo Larios-RodríguezMarco A. De JesúsCarlos R. Cabrera

electrochemistrysurface sciencesurface electrochemistryelectrochemical surface scienceelectroanalytical chemistrymaterials sciencenanoparticle researchnanotechnology

Silver–Palladium Electrodeposition on Unsupported Vulcan XC-72R for Oxygen Reduction Reaction in Alkaline Media. ACS Applied Energy Materials (2019)

Melissa Vega-CartagenaElena M. Flores-VélezGuillermo S. Colón-QuintanaDaniel A. Blasini PérezMarco A. De JesúsCarlos R. Cabrera

electrochemistryoxygen reduction reactionmaterials scienceapplied physicsalkaline mediasilver-palladium electrodeposition

Surface-Enhanced Raman Scattering (Sers) Studies of Disc-On-Pillar (Dop) Arrays: Contrasting Enhancement Factor With Analytical Performance. Applied Spectroscopy (2019)

Raymond A. VelezNickolay V. LavrikIvan I. KravchenkoMichael J. SepaniakMarco A. De Jesus

spectroscopysurface-enhanced raman scatteringmaterials scienceanalytical performanceraman spectroscopynanotechnology

Performance Characteristics of Bio-Inspired Metal Nanostructures as Surface-Enhanced Raman Scattered (Sers) Substrates. Applied Spectroscopy (2016)

Hector I. Areizaga-MartinezIvan KravchenkoNickolay V. LavrikMichael J. SepaniakSamuel P. Hernández-RiveraMarco A. De Jesús

Design and Characterization of Hybrid Morphology Nanoarrays as Plasmonic Raman Probes for Antimicrobial Detection. Applied Spectroscopy (2013)

Jenifier Olavarría-FullertonRaymond A. VelezSabrina WellsMichael J. SepaniakSamuel P. Hernández-RiveraMarco A. De Jesús

Surface-Enhanced Raman Scattering (Sers) Characterization of Trace Organoarsenic Antimicrobials Using Silver/Polydimethylsiloxane Nanocomposites. Applied Spectroscopy (2011)

Jenifier Olavarría-FullertonSabrina WellsWilliam Ortiz-RiveraMichael J. SepaniakMarco A. De Jesus

surface nanotechnologynanomaterialsspectroscopysurface-enhanced raman scatteringtrace organoarsenic antimicrobialsmaterials scienceapplied physicsnanoparticle researchraman spectroscopynanotechnology

Kathleen MihlbachlerMarco A. De JesúsKrzysztof KaczmarskiMichael J. SepaniakAndreas Seidel-MorgensternGeorges Guiochon

Gold‐Polymer Nanocomposites: Studies of Their Optical Properties and Their Potential as Sers Substrates. Journal of Raman Spectroscopy (2005)

Kathleen S. GiesfeldtR. Maggie ConnatserMarco A. De JesúsPampa DuttaMichael J. Sepaniak

nanomaterialsspectroscopysers substratesoptical propertiesmaterials sciencepolymer sciencegold-polymer nanocompositesphysicsnanoparticle researchraman spectroscopypolymer nanotechnologynanotechnology

Nanofabrication of Densely Packed Metal—Polymer Arrays for Surface-Enhanced Raman Spectrometry. Applied Spectroscopy (2005)

M. A. De JesúsK. S. GiesfeldtJ. M. OranN. A. Abu-HatabN. V. LavrikM. J. Sepaniak

surface nanotechnologysurface-enhanced raman spectrometryspectroscopymetalsmaterials scienceapplied physicspolymer arraysraman spectroscopynanotechnology

Factors Affecting the Sorption of Model Environmental Pollutants Onto Silver Polydimethylsiloxane Nanocomposite Raman Substrates. Applied Spectroscopy (2004)

M. A. De JesúsK. S. GiesfeldtM. J. Sepaniak

surface scienceenvironmental engineeringsurface nanotechnologyspectroscopynanomaterialsmaterials scienceapplied physicsnanocompositesnanoparticle researchnanotechnologymodel environmental pollutants

1
2
10 / page