Faculty

Institution

Unit

Venue

Matthew Simones

Associate Professor

Minnesota State University--Mankato

Affiliations

Automotive and Manufacturing Engineering Technology

Matthew Simones is currently serving as an Automotive And Manufacturing Engineering Technology Associate Professor at Minnesota State University--Mankato.

Honors

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Experiences

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Education

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Matthew Simones

Minnesota State University--Mankato

Associate Professor

You can click a keyword to filter the displayed items

materials science chemical engineering nuclear physics nuclear science aerosol science nuclear engineering particle technology solar power atmospheric measurement technique solar thermal energy solar energy utilisation aerosol sampling high temperature aerosol applied physics nanotechnology photovoltaics heat transfer thermodynamics nuclear materials thermal engineering dispersion science energy research noble gas charge distribution technology atomic physics energy transformation heat mass transfer air quality analytical atomic spectrometry energetic materials porous materials nanoparticle research sustainable energy technologies urban climate energy conversion chemical measurement confined spaces thermal modeling solar cooling air sampling air pollution measurement elemental characterization mathematical models nuclear energy pharmaceutical nanotechnology nanometrology nanoscale science aerosol formation solar radiation management building energy aerosol coagulation size distribution silver nanoparticles aerosol charge aircraft decompression porous nuclear fuel numerical model thermal performance carbon aerosols charge distribution measurement tdma technique toward silver aerosols vega 1 sodium chloride particles

Notable Scholarly Works

Notable Federal Grants

Collaborators

Measurement of the Size and Charge Distribution of Sodium Chloride Particles Generated by an Aeroneb Pro® Pharmaceutical Nebulizer. nano Online (2016)

Matthew P. SimonesSudarshan K. LoyalkaConor DuffyRonan MacLoughlinAmy TathamPatrick Power

nanomaterialsnanoparticlesnanotechnologynanometrologycharge distributionsodium chloride particlespharmacologypharmaceutical nanotechnologyparticle technologynanoscale sciencenanoparticle researchmaterials science

Measurements of Charge Aerosol Coagulation. Nuclear Technology (2015)

chemical engineeringatmospheric scienceaerosol scienceatmospheric measurement techniquecharge aerosol coagulationhigh temperature aerosolchemistrydispersion scienceaerosol samplingaerosol formation

A Mathematical Model for the Release of Noble Gas and Cs From Porous Nuclear Fuel Based on Vega 1&2 Experiments. Journal of Nuclear Materials (2014)

vega 1nuclear engineeringchemical engineeringphysicsnuclear physicsnuclear materialsmathematical modelsenergetic materialsnuclear sciencenuclear energychemistrynoble gasnuclear chemistryporous materials

A Mathematical Model for the Release of Noble Gas and Cs From Porous Nuclear Fuel Based on Vega 1 2 Experiments. Journal of Nuclear Materials (2014)

M.P. SimonesM.L. ReinigS.K. Loyalka

nuclear engineeringchemical engineeringnuclear physicsnuclear sciencenoble gasporous nuclear fuelmaterials science

Measurement of the Size and Charge Distribution of Sodium Chloride Particles Generated by an Aeroneb Pro Pharmaceutical Nebulizer. European Journal of Nanomedicine (2014)

charge distributionanalytical chemistryparticle technology

Measurements of Charged Aerosol Coagulation. Nuclear Technology (2014)

Matthew P. SimonesSudarshan K. Loyalka

nuclear engineeringchemical measurementtechnologynuclear physicsatmospheric measurement techniquenuclear scienceaerosol coagulation

Measurement of Coagulating Silver and Carbon Aerosols Using a Tandem Differential Mobility Analyzer. (2013)

air qualityair pollutionenvironmental chemistrymeasurementaerosol scienceair samplingcarbon aerosolsenvironmental scienceanalytical chemistryenvironmental monitoringhigh temperature aerosolatmospheric chemistryenvironmental engineeringdispersion scienceaerosol samplingair pollution measurement

A Numerical Model for Thermal Performance of an Unglazed Transpired Solar Collector. ASME 2011 5th International Conference on Energy Sustainability, Parts A, B, and C (2011)

energy efficiencythermal engineeringnumerical modelengineeringsolar powerthermal modelingenergy transformationelectrical engineeringheat mass transfersolar thermal energyheat transferthermodynamicssolar energy utilisationsolar coolingphotovoltaicsapplied physicsthermal performance

Application of the Tdma Technique Toward the Size and Charge Distribution Measurement of Graphite, Gold, Palladium, and Silver Aerosols. (2011)

tdma technique towardchemical engineeringcharge distribution measurementaerosol scienceanalytical atomic spectrometryanalytical chemistryparticle technologyhigh temperature aerosolaerosol samplingsilver aerosolsinstrumentationmaterials scienceelemental characterization

Measurements of Aerosol Charge and Size Distribution for Graphite, Gold, Palladium, and Silver Nanoparticles. Nuclear Technology (2011)

Matthew P. SimonesVeera R. GuttiRyan M. MeyerSudarshan K. Loyalka

nuclear engineeringnuclear physicsaerosol sciencenanotechnologyatomic physicsatmospheric measurement techniquenuclear materialsnuclear sciencesilver nanoparticlesaerosol chargesize distributionparticle technologyapplied physicsmaterials science

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Matthew Simones

Associate Professor

Minnesota State University--Mankato

Affiliations

Automotive and Manufacturing Engineering Technology

Matthew Simones is currently serving as an Automotive And Manufacturing Engineering Technology Associate Professor at Minnesota State University--Mankato.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Matthew Simones

Minnesota State University--Mankato

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Measurement of the Size and Charge Distribution of Sodium Chloride Particles Generated by an Aeroneb Pro® Pharmaceutical Nebulizer. nano Online (2016)

Matthew P. SimonesSudarshan K. LoyalkaConor DuffyRonan MacLoughlinAmy TathamPatrick Power

Measurements of Charge Aerosol Coagulation. Nuclear Technology (2015)

chemical engineeringatmospheric scienceaerosol scienceatmospheric measurement techniquecharge aerosol coagulationhigh temperature aerosolchemistrydispersion scienceaerosol samplingaerosol formation

A Mathematical Model for the Release of Noble Gas and Cs From Porous Nuclear Fuel Based on Vega 1&2 Experiments. Journal of Nuclear Materials (2014)

A Mathematical Model for the Release of Noble Gas and Cs From Porous Nuclear Fuel Based on Vega 1 2 Experiments. Journal of Nuclear Materials (2014)

M.P. SimonesM.L. ReinigS.K. Loyalka

nuclear engineeringchemical engineeringnuclear physicsnuclear sciencenoble gasporous nuclear fuelmaterials science

Measurement of the Size and Charge Distribution of Sodium Chloride Particles Generated by an Aeroneb Pro Pharmaceutical Nebulizer. European Journal of Nanomedicine (2014)

charge distributionanalytical chemistryparticle technology

Measurements of Charged Aerosol Coagulation. Nuclear Technology (2014)

Matthew P. SimonesSudarshan K. Loyalka

nuclear engineeringchemical measurementtechnologynuclear physicsatmospheric measurement techniquenuclear scienceaerosol coagulation

Measurement of Coagulating Silver and Carbon Aerosols Using a Tandem Differential Mobility Analyzer. (2013)

A Numerical Model for Thermal Performance of an Unglazed Transpired Solar Collector. ASME 2011 5th International Conference on Energy Sustainability, Parts A, B, and C (2011)

Application of the Tdma Technique Toward the Size and Charge Distribution Measurement of Graphite, Gold, Palladium, and Silver Aerosols. (2011)

Measurements of Aerosol Charge and Size Distribution for Graphite, Gold, Palladium, and Silver Nanoparticles. Nuclear Technology (2011)

Matthew P. SimonesVeera R. GuttiRyan M. MeyerSudarshan K. Loyalka

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