Faculty

Institution

Unit

Venue

Michael L. Myrick

Professor

University of South Carolina

Affiliations

College of Arts and Sciences

Department of Chemistry and Biochemistry

Michael L. Myrick is currently serving as a College Of Arts And Sciences Professor at University of South Carolina.

Honors

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Experiences

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Education

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Michael L. Myrick

University of South Carolina

Professor

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materials science spectroscopy applied physics photonics analytical chemistry chemistry optical engineering physical chemistry surface science instrumentation raman spectroscopy polymer science mechanical engineering nanotechnology transition metal chemistry optical spectroscopy multivariate optical computing material chemistry coordination chemistry textile research fiber optics laser science optical computing composite science vibrational spectroscopy instrument science infrared spectroscopy phytoplankton ecology analytical instrumentation sensor technology instrumentation engineering biomedical imaging additive manufacturing polymer engineering sensor design instrument development textile processing surface characterization imaging spectroscopy electronic materials precision engineering interface science applied microbiology environmental analytical chemistry nanoscale science polymer technology surface nanotechnology chemical contrast enhancement multimode imaging taxonomic classification glass-reinforced composites advanced composite material (engineering) reinforced plastics nanoparticle research nanocomposites near-infrared spectroscopy composite technology fiber reinforcement nanometrology surface electrochemistry remote monitoring water monitoring colloid chemistry electrochemical interfaces in-situ conversion ocean water predictive spectroscopy self-assembled monolayers fourier transform bacterial endospores nanowell electrode array fiber-optic raman spectroscopy metal-organic frameworks quantitative analysis phytoplankton species multivariate optical elements spectral imaging biological imaging laboratory investigation technology analytical toxicology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Raman Spectroscopy Determination of Δ H ° for the Cis/Trans Isomerization of N -Methylformamide in the Physical Chemistry Laboratory. Journal of Chemical Education (2024)

Paige K. WilliamsCaitlyn M. EnglishAndrew B. GreytakMichael L. Myrick

physical chemistry laboratoryanalytical chemistryphysical organic chemistryphysical chemistrymolecular spectroscopyultrafast laser spectroscopyspectroscopyspectroscopic propertybiochemistrycation sensingchemistrybiomolecular engineeringsurface-enhanced raman scatteringvibrational spectroscopyquantum chemistrytransition metal chemistryraman spectroscopyatomic spectroscopyoptical spectroscopy

Using Polarization to Increase Contrast of Water Oh Raman Scattering Relative to Fluorescence of Dissolved Organic Matter. Applied Spectroscopy (2024)

Callum E. TwiningPaige K. WilliamsWhitney E. SchulerCaitlyn M. EnglishTammi L. RichardsonMichael L. Myrick

fluorescence spectroscopyoptical propertiesenvironmental sciencelight scattering spectroscopylight scatteringdissolved organic matterphotochemistryecologyspectroscopyspectroscopic propertyfluorescencepolarization imagingwater sciencebiomolecular engineeringdispersion sciencevibrational spectroscopyraman spectroscopyatomic spectroscopyoptical spectroscopy

A Brief Look at Optical Diffuse Reflection (Odr) Spectroscopy. Spectroscopy (2023)

Michael L. MyrickCaitlyn M. EnglishZechariah B. Kitzhaber

optical diffuse reflectionmaterials scienceoptical spectroscopyspectroscopy

Autonomous Uas-Based Water Fluorescence Mapping and Targeted Sampling. Journal of Intelligent & Robotic Systems (2023)

Kazi Ragib Ishraq SanimCaitlyn EnglishZechariah B. KitzhaberMichail KalaitzakisNikolaos VitzilaiosMichael L. MyrickMichael E. HodgsonTammi L. Richardson

autonomous robotsintelligent automationcognitive roboticssystems engineeringoptical remote sensingautomationintelligent robotic systemsroboticsintelligent robottechnologycomputer scienceapplied intelligent systemintelligent systemsartificial intelligenceassistive technologymachine visionrobotics automationintelligent robotics

Filter Fluorometer Calibration Without the Fluorometer. Applied Spectroscopy (2023)

Caitlyn M. EnglishZechariah B. KitzhaberKazi Ragib I. SanimNikolaos VitzilaiosMichael E. HodgsonTammi L. RichardsonMichael L. Myrick

calibrationfilter fluorometer calibrationspectroscopyapplied physicsinstrumentation

Measuring the Surface Area of Carbon Black Using Bet Isotherms: An Experiment in Physical Chemistry. Journal of Chemical Education (2023)

Joshua H. WilliamsMusbau GbadomosiAndrew B. GreytakMichael L. Myrick

chemistrysurface areacarbon blackbet isothermsmaterials sciencephysical chemistry

Chlorophyll Fluorometer for Intelligent Water Sampling by a Small Uncrewed Aircraft System (Suas). Applied Spectroscopy (2022)

Caitlyn M. EnglishZechariah B. KitzhaberKazi Ragib I. SanimMichail KalaitzakisBhanuprakash KosarajuJames L. PinckneyMichael E. HodgsonNikolaos I. VitzilaiosTammi L. RichardsonMichael L. Myrick

air samplingatmospheric sensingwater qualitychlorophyll fluorometeraerospace engineeringenvironmental sciencewater technologysamplingwater analysisspectroscopywater monitoringwater scienceaerosol scienceaircraftintelligent water samplingunmanned aircraft systemsunmanned aerial vehiclesapplied physicsanalytical chemistry

Development of an Aerial Drone System for Water Analysis and Sampling. 2022 International Conference on Unmanned Aircraft Systems (ICUAS) (2022)

Kazi Ragib Ishraq SanimMichail KalaitzakisBhanuprakash KosarajuZechariah KitzhaberCaitlyn EnglishNikolaos VitzilaiosMichael MyrickMichael HodgsonTammi Richardson

water analysisaerial drone systemsystems engineeringreal-time monitoringremote monitoringunmanned aerial vehiclesvehicular technologyaeronauticstechnologyaerospace engineeringdronesaerial robotics

Fluorometer Control and Readout Using an Arduino Nano 33 Ble Sense Board. Applied Spectroscopy (2022)

Zechariah B. KitzhaberCaitlyn M. EnglishKazi Ragib I. SanimMichail KalaitzakisBhanuprakash KosarajuMichael E. HodgsonNikolaos VitzilaiosTammi L. RichardsonMichael L. Myrick

nanoelectronicsenvironmental engineeringengineeringspectroscopysensor technologyoptoelectronicsapplied physicsinstrumentationinput devicesnanometrologyfluorometer controlnanotechnology

Mechanistic Investigations of Gas-Phase Catalytic Hydrogenation in Metal–Organic Frameworks: Cooperative Activity of the Metal and Linker Sites in Cuxrh3–X(Btc)2. The Journal of Physical Chemistry C (2022)

Donna A. ChenJuan D. JimenezSanjaya D. SenanayakeJulian P. StetzlerDeependra M. ShakyaGavin A. McCarverThayalan RajeshkumarKonstantinos D. VogiatzisAbhijai MathurNatalia B. ShustovaMichael L. MyrickKamolrat MetavarayuthMichael M. RoykoJochen LauterbachGregory L. TateJohn R. Monnier

linker sitesinorganic chemistrymaterial chemistrycatalytic processmaterials scienceindustrial catalysiscluster chemistrymechanical engineeringcrystal engineeringcatalysisnanoengineeringmetal-organic frameworksheterogeneous catalysisgas-phase catalytic hydrogenationcatalyst preparationcrystallographyenergy chemistryapplied physicscoordination chemistrytransition metal chemistrymechanistic investigations

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Michael L. Myrick

Professor

University of South Carolina

Affiliations

College of Arts and Sciences

Department of Chemistry and Biochemistry

Michael L. Myrick is currently serving as a College Of Arts And Sciences Professor at University of South Carolina.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Michael L. Myrick

University of South Carolina

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Raman Spectroscopy Determination of Δ H ° for the Cis/Trans Isomerization of N -Methylformamide in the Physical Chemistry Laboratory. Journal of Chemical Education (2024)

Paige K. WilliamsCaitlyn M. EnglishAndrew B. GreytakMichael L. Myrick

Using Polarization to Increase Contrast of Water Oh Raman Scattering Relative to Fluorescence of Dissolved Organic Matter. Applied Spectroscopy (2024)

Callum E. TwiningPaige K. WilliamsWhitney E. SchulerCaitlyn M. EnglishTammi L. RichardsonMichael L. Myrick

A Brief Look at Optical Diffuse Reflection (Odr) Spectroscopy. Spectroscopy (2023)

Michael L. MyrickCaitlyn M. EnglishZechariah B. Kitzhaber

optical diffuse reflectionmaterials scienceoptical spectroscopyspectroscopy

Autonomous Uas-Based Water Fluorescence Mapping and Targeted Sampling. Journal of Intelligent & Robotic Systems (2023)

Kazi Ragib Ishraq SanimCaitlyn EnglishZechariah B. KitzhaberMichail KalaitzakisNikolaos VitzilaiosMichael L. MyrickMichael E. HodgsonTammi L. Richardson

Filter Fluorometer Calibration Without the Fluorometer. Applied Spectroscopy (2023)

Caitlyn M. EnglishZechariah B. KitzhaberKazi Ragib I. SanimNikolaos VitzilaiosMichael E. HodgsonTammi L. RichardsonMichael L. Myrick

calibrationfilter fluorometer calibrationspectroscopyapplied physicsinstrumentation

Measuring the Surface Area of Carbon Black Using Bet Isotherms: An Experiment in Physical Chemistry. Journal of Chemical Education (2023)

Joshua H. WilliamsMusbau GbadomosiAndrew B. GreytakMichael L. Myrick

chemistrysurface areacarbon blackbet isothermsmaterials sciencephysical chemistry

Chlorophyll Fluorometer for Intelligent Water Sampling by a Small Uncrewed Aircraft System (Suas). Applied Spectroscopy (2022)

Caitlyn M. EnglishZechariah B. KitzhaberKazi Ragib I. SanimMichail KalaitzakisBhanuprakash KosarajuJames L. PinckneyMichael E. HodgsonNikolaos I. VitzilaiosTammi L. RichardsonMichael L. Myrick

Development of an Aerial Drone System for Water Analysis and Sampling. 2022 International Conference on Unmanned Aircraft Systems (ICUAS) (2022)

Kazi Ragib Ishraq SanimMichail KalaitzakisBhanuprakash KosarajuZechariah KitzhaberCaitlyn EnglishNikolaos VitzilaiosMichael MyrickMichael HodgsonTammi Richardson

water analysisaerial drone systemsystems engineeringreal-time monitoringremote monitoringunmanned aerial vehiclesvehicular technologyaeronauticstechnologyaerospace engineeringdronesaerial robotics

Fluorometer Control and Readout Using an Arduino Nano 33 Ble Sense Board. Applied Spectroscopy (2022)

Zechariah B. KitzhaberCaitlyn M. EnglishKazi Ragib I. SanimMichail KalaitzakisBhanuprakash KosarajuMichael E. HodgsonNikolaos VitzilaiosTammi L. RichardsonMichael L. Myrick

nanoelectronicsenvironmental engineeringengineeringspectroscopysensor technologyoptoelectronicsapplied physicsinstrumentationinput devicesnanometrologyfluorometer controlnanotechnology

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