Faculty

Institution

Unit

Venue

C. Phillip Shelor

University of Texas at Arlington

Affiliations

College of Science

Department of Chemistry & Biochemistry

NoneC. Phillip Shelor is currently serving as a College Of Science faculty at University of Texas At Arlington.

Honors

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Experiences

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Education

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C. Phillip Shelor

University of Texas at Arlington

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analytical chemistry materials science chemical engineering environmental science chromatography health sciences hydrogeology environmental research groundwater quality environmental analytical chemistry liquid chromatography climate change hydrology membrane biology respiratory medicine laboratory medicine applied microbiology environmental geochemistry chemical analysis separation science comprehensive analysis barnett shale region groundwater total environment water science electroanalytical chemistry chemical sciences waste management dairy science ecotoxicology drug analysis biomedical analysis cellular physiology plant physiology marine engineering membrane science comparative analysis sustainable groundwater management clinical evidence cellular biology cell culture space environment lunar science planetary exploration breastfeeding environmental pollution analytical biotechnology detection technique process analytical technologies ion exchange agricultural sciences phytochemistry agricultural chemistry crop science theoretical analysis chromatographic analysis analytical methods complex matrices temporal variation gas development permian basin simultaneous electrodialytic preconcentration dry blood spots ring-disk electrode conductometry cultured human cells polypyridyl complex microtubule function cytotoxic ruthenium organic acids fenton digestion

Notable Scholarly Works

Notable Federal Grants

Collaborators

Comprehensive Review of Combustion Ion Chromatography for the Analysis of Total, Adsorbable, and Extractable Organic Fluorine. Journal of Separation Science (2024)

Charles Phillip ShelorCable WarrenChimauchem V. OdinakaKalpana Dumre

chromatographycombustion ion chromatographyanalytical chemistryseparation sciencechemistryextractable organic fluorine

Functionalization of High‐Density Polyethylene Capillaries for Open Tubular Ion Chromatography. Journal of Separation Science (2024)

Enas YousefCharles Phillip ShelorSeth A. HornPurnendu K. Dasgupta

chemical engineeringchromatographyseparation scienceanalytical chemistryhigh-density polyethylene capillaries

Geometric Characterization of Polymeric Capillaries. Analytica Chimica Acta (2022)

Enas N. YousefPurnendu K. DasguptaSeth A. HornC. Phillip ShelorSouvik Roy

materials sciencepolymer sciencegeometryanalytical chemistrypolymeric capillariesgeometric characterization

Molecular Size-Selective Electrodialytic Desalters for Electrospray Ionization–Mass Spectrometry. Analytical Chemistry (2022)

Charles Phillip ShelorMichael Donegan

analytical chemistrymaterials scienceelectrospray ionization-mass spectrometry

Automated Programmable Generation of Broad Ph Range Volatile Ionic Eluents for Liquid Chromatography. Analytical Chemistry (2021)

Charles Phillip ShelorKenji YoshikawaPurnendu K. Dasgupta

chemical engineeringanalytical chemistryprogrammable generationliquid chromatography

Indirect Potentiometric Ph Detection of Weak Acids With Absolute Quantitation by a Theoretical Approach. Analytical Chemistry (2021)

Shin-Ichi OhiraYuka SatoKazuki HoriuchiCharles Phillip ShelorKei Toda

weak acidspharmacologytheoretical analysisanalytical chemistryabsolute quantitationtheoretical chemistry

Moldable Capillary Suppressor for Open Tubular Ion Chromatography Based on a Polymeric Ion Exchanger.. Talanta Open (2021)

Fereshteh MalekiBikash ChouhanCharles P. ShelorPurnendu K. Dasgupta

environmental engineeringmaterials sciencelaboratory medicinebiomedical engineeringpolymeric ion exchangerapplied microbiologyanalytical chemistrymembrane sciencerespiratory medicinemoldable capillary suppressortranslational medicine

Nanovolume Gas-Free Hydroxide Eluent Generator for Open Tubular Ion Chromatography. Analytical Chemistry (2020)

Bikash ChouhanCharles Phillip ShelorWeixiong HuangYongjing ChenPurnendu K. Dasgupta

materials sciencechemical engineeringanalytical chemistryenvironmental analytical chemistrynanoengineering

Optimum Cell Pathlength or Volume for Absorbance Detection in Liquid Chromatography: Transforming Longer Cell Results to Virtual Shorter Cells. Analytical Chemistry (2020)

Akinde F. KadjoPurnendu K. DasguptaCharles Phillip Shelor

process analytical technologiesmaterials sciencepharmacologyabsorbance detectioncellular physiologyliquid chromatographyoptimum cell pathlengthvirtual shorter cellsdrug analysisdetection techniqueanalytical chemistrybiomedical analysischemical analysismembrane biologyanalytical biotechnologycell biology

Attenuation Coefficients of Tubular Conduits for Liquid Phase Absorbance Measurement: Shot Noise Limited Optimum Path Length. Analytical Chemistry (2019)

Purnendu K. DasguptaChuchu QinCharles Phillip ShelorAkinde Florence KadjoJianzhong SuKarsten G. KraiczekGraham D. Marshall

materials sciencetubular conduitsshot noiseattenuation coefficientsmarine engineeringanalytical chemistryelectrical engineeringoptimum path lengthengineering

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C. Phillip Shelor

University of Texas at Arlington

Affiliations

College of Science

Department of Chemistry & Biochemistry

NoneC. Phillip Shelor is currently serving as a College Of Science faculty at University of Texas At Arlington.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

C. Phillip Shelor

University of Texas at Arlington

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Comprehensive Review of Combustion Ion Chromatography for the Analysis of Total, Adsorbable, and Extractable Organic Fluorine. Journal of Separation Science (2024)

Charles Phillip ShelorCable WarrenChimauchem V. OdinakaKalpana Dumre

chromatographycombustion ion chromatographyanalytical chemistryseparation sciencechemistryextractable organic fluorine

Functionalization of High‐Density Polyethylene Capillaries for Open Tubular Ion Chromatography. Journal of Separation Science (2024)

Enas YousefCharles Phillip ShelorSeth A. HornPurnendu K. Dasgupta

chemical engineeringchromatographyseparation scienceanalytical chemistryhigh-density polyethylene capillaries

Geometric Characterization of Polymeric Capillaries. Analytica Chimica Acta (2022)

Enas N. YousefPurnendu K. DasguptaSeth A. HornC. Phillip ShelorSouvik Roy

materials sciencepolymer sciencegeometryanalytical chemistrypolymeric capillariesgeometric characterization

Molecular Size-Selective Electrodialytic Desalters for Electrospray Ionization–Mass Spectrometry. Analytical Chemistry (2022)

Charles Phillip ShelorMichael Donegan

analytical chemistrymaterials scienceelectrospray ionization-mass spectrometry

Automated Programmable Generation of Broad Ph Range Volatile Ionic Eluents for Liquid Chromatography. Analytical Chemistry (2021)

Charles Phillip ShelorKenji YoshikawaPurnendu K. Dasgupta

chemical engineeringanalytical chemistryprogrammable generationliquid chromatography

Indirect Potentiometric Ph Detection of Weak Acids With Absolute Quantitation by a Theoretical Approach. Analytical Chemistry (2021)

Shin-Ichi OhiraYuka SatoKazuki HoriuchiCharles Phillip ShelorKei Toda

weak acidspharmacologytheoretical analysisanalytical chemistryabsolute quantitationtheoretical chemistry

Moldable Capillary Suppressor for Open Tubular Ion Chromatography Based on a Polymeric Ion Exchanger.. Talanta Open (2021)

Fereshteh MalekiBikash ChouhanCharles P. ShelorPurnendu K. Dasgupta

Nanovolume Gas-Free Hydroxide Eluent Generator for Open Tubular Ion Chromatography. Analytical Chemistry (2020)

Bikash ChouhanCharles Phillip ShelorWeixiong HuangYongjing ChenPurnendu K. Dasgupta

materials sciencechemical engineeringanalytical chemistryenvironmental analytical chemistrynanoengineering

Optimum Cell Pathlength or Volume for Absorbance Detection in Liquid Chromatography: Transforming Longer Cell Results to Virtual Shorter Cells. Analytical Chemistry (2020)

Akinde F. KadjoPurnendu K. DasguptaCharles Phillip Shelor

Attenuation Coefficients of Tubular Conduits for Liquid Phase Absorbance Measurement: Shot Noise Limited Optimum Path Length. Analytical Chemistry (2019)

Purnendu K. DasguptaChuchu QinCharles Phillip ShelorAkinde Florence KadjoJianzhong SuKarsten G. KraiczekGraham D. Marshall

materials sciencetubular conduitsshot noiseattenuation coefficientsmarine engineeringanalytical chemistryelectrical engineeringoptimum path lengthengineering

1
2
3
10 / page

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