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Single phase magnetoelectric hexaferrite materials (bulk and thin film) and applications including microwave devices, sensors (medical, instrumentation, etc.), magnetic recording and etc. In-situ deposition of c-axis oriented hexaferrite films for microwave applications Discovery of new magnetoelectric ferrites active at room temperature Interests in new TargetC arrousel K rF Laser Substrate H eater Function G enerator Carmine Vittoria Prof., Northeastern University Alternating Target Laser Ablation deposition Pulsed laser deposition (ATLAD- PLD): An effective epitaxial growth technique for the production of ferrite thin films of complicated stoichiometries such as M-type and Y-type hexagonal ferrite thin film

Carmine Vittoria Prof., Northeastern University

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Carmine Vittoria Prof., Northeastern University. Single phase magnetoelectric hexaferrite materials (bulk and thin film) and applications including microwave devices, sensors (medical, instrumentation, etc.), magnetic recording and etc. - PowerPoint PPT Presentation

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Page 1: Carmine  Vittoria Prof., Northeastern University

• Single phase magnetoelectric hexaferrite materials (bulk and thin film) and applications including microwave devices, sensors (medical, instrumentation, etc.), magnetic recording and etc.

• In-situ deposition of c-axis oriented hexaferrite films for microwave applications

• Discovery of new magnetoelectric ferrites active at room temperature

• Interests in new collaborations on material growth, characterization, novel ME measurements, and medical applications.

Target Carrousel

KrF Laser

Substrate Heater

Function Generator

Carmine VittoriaProf., Northeastern University

Alternating Target Laser Ablation deposition Pulsed laser deposition (ATLAD-PLD): An effective epitaxial growth technique for the production of ferrite thin films of complicated stoichiometries such as M-type and Y-type hexagonal ferrite thin film deposition at the atomic scale