Faculty

Institution

Unit

Venue

Mark Kryder

Emeritus University Professor Electrical and Computer Engineering

Carnegie Mellon University

Affiliations

College of Engineering

Electrical & Computer Engineering

Mark Kryder is currently serving as a College Of Engineering Emeritus University Professor Electrical and Computer Engineering at Carnegie Mellon University.

Honors

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Experiences

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Education

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Mark Kryder

Carnegie Mellon University

Emeritus University Professor Electrical and Computer Engineering

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applied physics magnetism materials science electrical engineering thin films electronics optoelectronics electromagnetism condensed matter physics physics magnetic devices magnetic materials microelectronics surface science electronic materials solid-state electronics thin film processing ferromagnetism magnetic data storage materials engineering magnetic measurement ion implantation mechanical science magnetic properties condensed matter power electronics printed electronics magnetic resonance magnetoresistance epitaxial growth thermal engineering metals magnetic fields magnetic recording deposition conditions magneto-optical recording material research layered materials semiconductor technology bubble dynamics structural properties thin film heads si substrates thin-film heads rf sputtering magneto-optic recording materials thin-film recording heads nuclear science oxide electronics solid-state chemistry instrument science semiconductor devices lecture recording surface characterization amorphous solid direct overwrite capability microstructural investigations magneto-optical recording media fealn films erase process transmission electron microscopy material chemistry microwave technology fragmentation effect benchmark studies instrumentation engineering amorphous metals semiconductor nanostructures semiconductor device fabrication magnetic resonance imaging semiconductor materials plasma electronics electron microscopy crystal growth composite science transition metal chemistry magnetic medium instrumentation

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Fabrication of Mnal Thin Films With Perpendicular Anisotropy on Si Substrates. Journal of Applied Physics (2015)

Efrem Y. HuangMark H. Kryder

thin filmsmaterials sciencesemiconductor nanostructuresmagnetismsemiconductor device fabricationthin film processingperpendicular anisotropymicrofabricationelectronic materialssemiconductor devicesmaterials engineeringsolid-state electronicsapplied physicssemiconductor technologymnal thin filmssi substrateselectronicssurface scienceelectrical engineering

Inline-Formula Tex-Math Notation="Latex" ${L}{\Text {1}}_{\Text {0}}$ /Tex-Math /Inline-Formula -Ordered Mnal Thin Films With High Perpendicular Magnetic Anisotropy Using Tin Underlayers on Si Substrates. IEEE Transactions on Magnetics (2015)

Efrem Y. HuangMark H. Kryder

thin filmsmaterials sciencematerial chemistrymagnetismthin film processingmagnetic materialsoptoelectronicsmetalselectronic materialssolid-state electronicsadvanced materialsapplied physicsmnal thin filmstin underlayerselectronicsepitaxial growthlayered materialsmagnetic propertieselectrical engineeringnanomaterials

Effects of Temperature on Intergranular Exchange Coupling in L 1 Fept Thin Films. Journal of Applied Physics (2014)

Efrem Y. HuangMark H. Kryder

physicsthin filmsmaterials sciencecharge transportintergranular exchange couplingcondensed matter physicsmagnetismadvanced materialsthermodynamicsfept thin filmsapplied physics

Tunneling Magnetoresistance of Perpendicular Magnetic Tunnel Junction Using L1 Fept Electrodes on Mgo/Crru/Tin Under-Layers. Journal of Applied Physics (2014)

Chang Soo KimJin-Won JungDooho ChoiMasashi SahashiMark H. Kryder

thin filmsmaterials sciencesurface sciencemechanical engineeringelectronic materialsmagnetic devicesmagnetismsolid-state electronicselectronicsmagnetic materialsapplied physicsmagnetoresistance

Granular L10 Fept: X (X = Ag, B, C, Siox, Taox) Thin Films for Heat Assisted Magnetic Recording. The European Physical Journal B (2013)

Steven D. GranzKatayun BarmakMark H. Kryder

physicsmaterials sciencethin filmsmagnetic recordingcondensed matter physicscondensed mattermagnetismmagnetic materialsapplied physicsgranular materials

Granular L1 Fept-B and Fept-B-Ag (001) Thin Films for Heat Assisted Magnetic Recording. Journal of Applied Physics (2012)

Steven D. GranzKatayun BarmakMark H. Kryder

physicsmaterials sciencemagnetic recordingmagnetismmagnetic materialsapplied physicsgranular materials

Intergranular Exchange Coupling in Fept: X: Fept (${\Rm X}={\Rm B}$, C, ${\Rm Sio}_{\Rm X}$, Cr and ${\Rm Tao}_{\Rm X}$) Thin Films for Heat Assisted Magnetic Recording. IEEE Transactions on Magnetics (2012)

Steven D. GranzMark H. Kryder

materials scienceintergranular exchange couplingmagnetic recordingcondensed matter physicsmagnetismelectrical engineeringapplied physics

Surface Roughness and Magnetic Properties of L1 Fept Films on Mgo/Crru/Tin. Journal of Applied Physics (2012)

Chang Soo KimDooho ChoiSuk ChungAdam WiseYing Yi DangMark H. Kryder

thin filmsmaterials sciencesurface sciencesurface roughnessmagnetismmagnetic materialsapplied physics

Green’s Function for Magnetostatic Surface Waves and Its Application to the Study of Diffraction Patterns. Physical Review B (2011)

S. TamaruJ. A. BainM. H. KryderD. S. Ricketts

physicsmaterials sciencesurface sciencecondensed matter physicsdiffraction patternsapplied physicsmagnetostatic surface waves

Granular L10 Fept (001) Thin Films for Heat Assisted Magnetic Recording. Journal of Magnetism and Magnetic Materials (2010)

Steven D. GranzMark H. Kryder

thin filmsmaterials sciencemagnetic recordingmagnetismmagnetic materialsapplied physicsgranular materials

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Mark Kryder

Emeritus University Professor Electrical and Computer Engineering

Carnegie Mellon University

Affiliations

College of Engineering

Electrical & Computer Engineering

Mark Kryder is currently serving as a College Of Engineering Emeritus University Professor Electrical and Computer Engineering at Carnegie Mellon University.

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 Kryder

Carnegie Mellon University

Emeritus University Professor Electrical and Computer Engineering

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Fabrication of Mnal Thin Films With Perpendicular Anisotropy on Si Substrates. Journal of Applied Physics (2015)

Efrem Y. HuangMark H. Kryder

Effects of Temperature on Intergranular Exchange Coupling in L 1 Fept Thin Films. Journal of Applied Physics (2014)

Efrem Y. HuangMark H. Kryder

physicsthin filmsmaterials sciencecharge transportintergranular exchange couplingcondensed matter physicsmagnetismadvanced materialsthermodynamicsfept thin filmsapplied physics

Tunneling Magnetoresistance of Perpendicular Magnetic Tunnel Junction Using L1 Fept Electrodes on Mgo/Crru/Tin Under-Layers. Journal of Applied Physics (2014)

Chang Soo KimJin-Won JungDooho ChoiMasashi SahashiMark H. Kryder

thin filmsmaterials sciencesurface sciencemechanical engineeringelectronic materialsmagnetic devicesmagnetismsolid-state electronicselectronicsmagnetic materialsapplied physicsmagnetoresistance

Granular L10 Fept: X (X = Ag, B, C, Siox, Taox) Thin Films for Heat Assisted Magnetic Recording. The European Physical Journal B (2013)

Steven D. GranzKatayun BarmakMark H. Kryder

physicsmaterials sciencethin filmsmagnetic recordingcondensed matter physicscondensed mattermagnetismmagnetic materialsapplied physicsgranular materials

Granular L1 Fept-B and Fept-B-Ag (001) Thin Films for Heat Assisted Magnetic Recording. Journal of Applied Physics (2012)

Steven D. GranzKatayun BarmakMark H. Kryder

physicsmaterials sciencemagnetic recordingmagnetismmagnetic materialsapplied physicsgranular materials

Steven D. GranzMark H. Kryder

materials scienceintergranular exchange couplingmagnetic recordingcondensed matter physicsmagnetismelectrical engineeringapplied physics

Surface Roughness and Magnetic Properties of L1 Fept Films on Mgo/Crru/Tin. Journal of Applied Physics (2012)

Chang Soo KimDooho ChoiSuk ChungAdam WiseYing Yi DangMark H. Kryder

thin filmsmaterials sciencesurface sciencesurface roughnessmagnetismmagnetic materialsapplied physics

Green’s Function for Magnetostatic Surface Waves and Its Application to the Study of Diffraction Patterns. Physical Review B (2011)

S. TamaruJ. A. BainM. H. KryderD. S. Ricketts

physicsmaterials sciencesurface sciencecondensed matter physicsdiffraction patternsapplied physicsmagnetostatic surface waves

Granular L10 Fept (001) Thin Films for Heat Assisted Magnetic Recording. Journal of Magnetism and Magnetic Materials (2010)

Steven D. GranzMark H. Kryder

thin filmsmaterials sciencemagnetic recordingmagnetismmagnetic materialsapplied physicsgranular materials

1
2
3
4
5
33
10 / page

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