Faculty

Institution

Unit

Venue

Mark Mirotznik

Professor and Interim Chair

University of Delaware

Affiliations

College of Engineering

Department of Electrical and Computer Engineering

Mark Mirotznik is currently serving as a College Of Engineering Professor and Interim Chair at University of Delaware.

Honors

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Experiences

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Education

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Mark Mirotznik

University of Delaware

Professor and Interim Chair

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materials science electrical engineering applied physics photonics optical engineering engineering optoelectronics additive manufacturing thin films manufacturing computational electromagnetics microwave technology optic design microwave engineering antennas 3d printing wireless propagation radio engineering infrared optic manufacturing technology advanced manufacturing technologies radio propagation optical metrology cardiology wave optics printed electronics millimeter wave technology infrared spectroscopy filter design manufacturing engineering electronics optical imaging radio frequency infrared sensors wireless communications finite element methods diffractive optics advanced manufacturing fabrication techniques additive manufacture composite science thermal engineering electronic packaging microwave photonics optical wireless communication digital manufacturing component technology beamforming finite-difference time-domain method tunable longwave graded dielectrics geophysical research active control composite technology fiber science earth observation biomedical technologies sensor arrays diffractive optical elements radiofrequency ablation fused filament fabrication space-filling curves multi-material additive manufacturing diffractive elements optical upconversion pstd algorithm metal detector ebg antenna landmine detection iterative design cardiovascular research material research material chemistry physiological measurements physical medicine magnetic resonance imaging computational imaging biomedical engineering microscopy

Notable Scholarly Works

Notable Federal Grants

Collaborators

Corrigendum to “Engineered Substrates for Metasurface Antennas” [Addit. Manuf. 9 (100212)]. Additive manufacturing (2024)

Kelvin J. NicholsonEllen GuptaColin BonnerTheodore FessarasMark Mirotznik

manufacturing sciencemanufacturing technologymanufacturing engineeringmetasurface antennaselectrical engineeringaerospace engineeringmanufacturingadditive manufacturingengineering

Engineered Substrates for Metasurface Antennas. Additive Manufacturing Letters (2024)

Kelvin J. NicholsonEllen GuptaColin BonnerTheodore FessarasMark Mirotznik

manufacturing sciencemanufacturing technologyprinted electronicsmetasurface antennasadvanced manufacturing technologieselectrical engineeringaerospace engineeringmanufacturingadditive manufacturingengineering

Manufacturing Approaches for Experimental Validation of Numerically Designed Conformal Metasurfaces. (2024)

Colin BonnerDrew BarretEllen GuptaKhang TranTyler RizakMark MirotznikKelvin J. Nicholson

conformal metasurfacesmaterials scienceexperimental validationnumerical simulations

Sensor Assisted Closed-Loop Conformal Printing of Electronics Using Multiaxis Additive Manufacturing. Advances in science and technology (2024)

Khang TranTyler RizakColin BonnerUyen NguyenMark MirotznikXiaoming Li

digital fabricationelectronic materialsmechanical engineeringmanufacturing technologydigital manufacturingrapid prototypingprinted electronicsclosed-loop conformal printingprecision engineeringadvanced manufacturing technologiesmultiaxis additive manufacturingelectrical engineering3d printingadditive manufacturingengineeringmanufacturing

Two-Dimensional Mxene Flakes With Large Second Harmonic Generation and Unique Surface Responses. The Journal of Physical Chemistry Letters (2024)

Shaun M. DebowHaley FisherJesse B. BrownMallory LiebesHui WangT. T. Trinh PhanT. Kien MacM. Tuan TrinhYanqing SuZachary ZanderMark S. MirotznikRobert L. OpilaYi Rao

non-linear opticsmxenestwo-dimensional mxene flakesadvanced functional materialsnanophotonicsinterface sciencenanoscale scienceoptical propertiesoptical materialsmxene sheetsdipole radiationchemistryapplied physicsnanotechnologynanosheets

Wide-Angle Direction Finder Using a Modified Partial Maxwell Fisheye Lens. (2024)

Michael P. RichardsTheodore N.Z. FessarasRichard MartinThomas LumMark S. Mirotznik

wide-angle direction finderophthalmologyeye trackingoptic designgeometrical optics

Wide-Angle Passive Beam Steering Using 3D Modified Partial Maxwell Fisheye Lens. Optics Express (2024)

Theodore FessarasKelvin NicholsonWiley GongMark Mirotznik

wide-angle passive beammechanical engineeringbeam opticsoptical engineeringinfrared opticguided-wave opticelectrical engineeringapplied physicsoptic designoptoelectronicsphotonics

Wideband Millimeter Wave Absorber Based on Coding-Metasurface With Two-Dimensional Mxene. Optical Engineering (2024)

Kevin BrowerBrendan DeLacyBenjamin GarrettMark Mirotznik

materials sciencetwo-dimensional mxenecomputational electromagneticsoptical engineeringwideband millimeterelectrical engineeringaerospace engineeringoptical metrologyoptoelectronicsmillimeter wave technologyphotonics

Conducting Polymer Switches Permit the Development of a Frequency-Reconfigurable Antenna. ACS Applied Electronic Materials (2023)

Michel De KeersmaeckerBenjamin S. GarrettD. Eric ShenAustin L. JonesAnna M. ÖsterholmMark MirotznikJohn R. Reynolds

polymer sciencematerials sciencepolymer technologyorganic electronicsmicrowave engineeringfrequency-reconfigurable antennaelectronicselectrical engineeringpower electronicsapplied physicsoptoelectronicssemiconductor technologyradio engineering

Custom Hopper Fed Additive Manufacturing System for Printing High Permittivity Materials and Radio Frequency Structures. (2023)

Theodore FessarasZachary LarimorePaul ParsonsKelvin NicholsonMark Mirotznik

materials sciencemanufacturing systemsadvanced manufacturingradio frequency structureshigh permittivity materialsadditive manufacturing systemcustom hoppermanufacturingadditive manufacturing3d printing

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Mark Mirotznik

Professor and Interim Chair

University of Delaware

Affiliations

College of Engineering

Department of Electrical and Computer Engineering

Mark Mirotznik is currently serving as a College Of Engineering Professor and Interim Chair at University of Delaware.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Mark Mirotznik

University of Delaware

Professor and Interim Chair

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Corrigendum to “Engineered Substrates for Metasurface Antennas” [Addit. Manuf. 9 (100212)]. Additive manufacturing (2024)

Kelvin J. NicholsonEllen GuptaColin BonnerTheodore FessarasMark Mirotznik

manufacturing sciencemanufacturing technologymanufacturing engineeringmetasurface antennaselectrical engineeringaerospace engineeringmanufacturingadditive manufacturingengineering

Engineered Substrates for Metasurface Antennas. Additive Manufacturing Letters (2024)

Kelvin J. NicholsonEllen GuptaColin BonnerTheodore FessarasMark Mirotznik

Manufacturing Approaches for Experimental Validation of Numerically Designed Conformal Metasurfaces. (2024)

Colin BonnerDrew BarretEllen GuptaKhang TranTyler RizakMark MirotznikKelvin J. Nicholson

conformal metasurfacesmaterials scienceexperimental validationnumerical simulations

Sensor Assisted Closed-Loop Conformal Printing of Electronics Using Multiaxis Additive Manufacturing. Advances in science and technology (2024)

Khang TranTyler RizakColin BonnerUyen NguyenMark MirotznikXiaoming Li

Two-Dimensional Mxene Flakes With Large Second Harmonic Generation and Unique Surface Responses. The Journal of Physical Chemistry Letters (2024)

Shaun M. DebowHaley FisherJesse B. BrownMallory LiebesHui WangT. T. Trinh PhanT. Kien MacM. Tuan TrinhYanqing SuZachary ZanderMark S. MirotznikRobert L. OpilaYi Rao

Wide-Angle Direction Finder Using a Modified Partial Maxwell Fisheye Lens. (2024)

Michael P. RichardsTheodore N.Z. FessarasRichard MartinThomas LumMark S. Mirotznik

wide-angle direction finderophthalmologyeye trackingoptic designgeometrical optics

Wide-Angle Passive Beam Steering Using 3D Modified Partial Maxwell Fisheye Lens. Optics Express (2024)

Theodore FessarasKelvin NicholsonWiley GongMark Mirotznik

wide-angle passive beammechanical engineeringbeam opticsoptical engineeringinfrared opticguided-wave opticelectrical engineeringapplied physicsoptic designoptoelectronicsphotonics

Wideband Millimeter Wave Absorber Based on Coding-Metasurface With Two-Dimensional Mxene. Optical Engineering (2024)

Kevin BrowerBrendan DeLacyBenjamin GarrettMark Mirotznik

Conducting Polymer Switches Permit the Development of a Frequency-Reconfigurable Antenna. ACS Applied Electronic Materials (2023)

Michel De KeersmaeckerBenjamin S. GarrettD. Eric ShenAustin L. JonesAnna M. ÖsterholmMark MirotznikJohn R. Reynolds

Custom Hopper Fed Additive Manufacturing System for Printing High Permittivity Materials and Radio Frequency Structures. (2023)

Theodore FessarasZachary LarimorePaul ParsonsKelvin NicholsonMark Mirotznik

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electrical insulation

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waveform synthesis

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