Faculty

Institution

Unit

Venue

David E. Farrell

Emeritus Professor of Physics

Case Western Reserve University

Affiliations

College of Arts and Sciences

Department of Physics

David E. Farrell is currently serving as a College Of Arts And Sciences Emeritus Professor of Physics at Case Western Reserve University.

Honors

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Experiences

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Education

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David E. Farrell

Case Western Reserve University

Emeritus Professor of Physics

You can click a keyword to filter the displayed items

materials science applied physics condensed matter physics superconductivity physics condensed matter magnetism atomic physics particle physics thin films high-tc superconductivity landau domain structure advanced materials electrical engineering solid-state physics solid mechanics magnetic measurement superconducting materials solid-state electronics magnetic fields printed electronics lead-indium alloys experimental evidence intermediate state magnetic resonance protein science additive manufacturing trace elements magnetic resonance spectroscopy brain science thin film processing anisotropic superconductors transfusional iron overload human iron stores upper critical field specific heat nanoparticle research biomedical analysis crystal growth peptide science biomedical imaging metals liver physiology atomic spectroscopy thermal engineering material research respiratory medicine anticoagulants hemostasis magnetic devices magnetic sensors magnetic materials experimental petrology crustal melting disease assessment medical electronics metal processing display technology advanced display technology trace metals clinical measurements lattice theory magnetic resonance imaging ferromagnetism human tissues cryogenics early diagnosis medical biophysics differential diagnosis iron overload magnetite-loaded polymeric micelles ultrasensitive magnetic-resonance probes sickle cell anemia plasma ferritin concentration hepatic iron stores transverse magnetization nano scale materiality particle astrophysics soft materials computational materials science quantum materials nanotechnology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Measurement of the Liver Iron Concentration in Transfusional Iron Overload by Mri R2* and by High-Transition-Temperature Superconducting Magnetic Susceptometry. Clinical Imaging (2019)

Sujit ShethChristopher J. AllenDavid E. FarrellJohn H. TrippRamin JafariYi WangGary M. Brittenham

magnetic susceptometrymagnetic resonance imagingsuperconductivitymagnetic measurementliver iron concentrationmagnetic resonancemagnetic resonance spectroscopytransfusional iron overloadbiomedical engineeringferromagnetismradiologymagnetism

The Effect of Relaxation on Magnetic Particle Imaging. (2010)

YONG WUZHEN YAOGARETH KAFKADAVID FARRELLMARK GRISWOLDROBERT BROWN

neuroimagingapplied physicsrelaxation processmagnetic particle imaging

Condensed Contents. Journal of Thoracic and Cardiovascular Surgery (2009)

David SabistonR AndersonViking BjoF RobicsekT KumarT SundtJ PruetzS BadranF DoreyV StarnesA LewisM CrystalK Al NajashiW WilliamsA RedingtonY.-H ChoiD CowanA MoranS ColanC StammX.-X ZhaoY.-W QinH SugimuraE SprattC CompeauD KattailY ShargallW BoltonD RiceA GoodyearA CorreaJ ErasmusW HofstetterR KomakiR MehranK PistersJ RothR NakanishiY FujinoT YamashitaS OkaJ.-F LebeauS YajinG MurakamiH TakeuchiT HasegawaH KitanoF FarjahD WoodB MulliganP KrishnadasanR HeagertyD SymonsS KapadiaS GoelL SvenssonE RoselliR SavageL WallaceS SolaP SchoenhagenM ShishehborR ChristoffersonC HalleyL RodriguezW StewartV KalahastiE TuzcuJ FraA BorowskiD EbelP FeindtM HermesT MeemannR WeberJ Mu ¨llenheimN WeberB PreckelW SchlackN LopesF DaSilva PaulitschA PereiraC GarzilloJ FerreiraN StolfW HuebH TakayamaC SmithM BowdishA StewartF BakaeenD JaroszewskiG WalshA VaporciyanS SwisherR BenjaminS BlackmonM ReardonF Eberhardt

A New Instrument Designed to Measure the Magnetic Susceptibility of Human Liver Tissue in Vivo. IEEE Transactions on Magnetics (2007)

D.E. FarrellC.J. AllenM.W. WhildenT.K. KidaneT.N. BaigJ.H. TrippR.W. BrownS. ShethG.M. Brittenham

biophysicsmagnetic measurementhuman tissueshuman liver tissueapplied physicsinstrumentationmagnetic susceptibilitymagnetismelectromagnetismelectrical engineering

Magnetic Measurement of Liver Iron Stores: Engineering Aspects of a New Scanning Susceptometer Based on High-Temperature Superconductivity. IEEE transactions on magnetics (2007)

D. E. FarrellC. J. AllenM. W. WhildenJ. H. TrippA. UsoskinS. ShethG. M. Brittenham

geneticsmagnetic measurementengineering aspectshigh-temperature superconductivityapplied physicsinstrumentationliver iron storesmagnetismelectrical engineering

Processing of Long-Length Ybco Coated Conductors Based on Stainless Steel Tapes. IEEE transactions on applied superconductivity (2007)

A.. UsoskinL.. KirchhoffJ.. KnokeB.. PrauseA.. RuttV.. SelskijD.E. Farrell

superconductivitycoatingsmaterials engineeringthin film processinglong-length ybcomaterials scienceapplied physicsstainless steel tapeselectrical engineering

Liver Iron Susceptometry. (2006)

Roland FischerDavid Farrell

physiology

Magnetite‐Loaded Polymeric Micelles as Ultrasensitive Magnetic‐Resonance Probes. Advanced Materials (2005)

H. AiC. FlaskB. WeinbergX.‐T. ShuaiM. D. PagelD. FarrellJ. DuerkJ. Gao

magnetic devicesmagnetite-loaded polymeric micellesadvanced materialsmagnetic sensorsultrasensitive magnetic-resonance probesbiomedical engineeringmaterials scienceapplied physicspolymer sciencenanoparticle researchmagnetismelectromagnetismmagnetic materialsnanotechnology

The Theory of Magnetic Susceptibility Measurement of Human Body. APS (2003)

T. N. BaigT. K. KidaneN. Y. C. ChengT. P. EaganR. W. BrownC. J. AllenG. M. BrittenhamD. E. Farrell

biophysicshuman bodymagnetismmagnetic susceptibility measurement

Magnetic Size Effects in Iron Nanoparticles and Nanoparticle Arrays. APS (2002)

Y. IjiriD. F. FarrellS. YamamuroS. A. Majetich

nanoparticle arraysmaterials scienceiron nanoparticlesmagnetismnanotechnologymagnetic size effects

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David E. Farrell

Emeritus Professor of Physics

Case Western Reserve University

Affiliations

College of Arts and Sciences

Department of Physics

David E. Farrell is currently serving as a College Of Arts And Sciences Emeritus Professor of Physics at Case Western Reserve 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

David E. Farrell

Case Western Reserve University

Emeritus Professor of Physics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Measurement of the Liver Iron Concentration in Transfusional Iron Overload by Mri R2* and by High-Transition-Temperature Superconducting Magnetic Susceptometry. Clinical Imaging (2019)

Sujit ShethChristopher J. AllenDavid E. FarrellJohn H. TrippRamin JafariYi WangGary M. Brittenham

The Effect of Relaxation on Magnetic Particle Imaging. (2010)

YONG WUZHEN YAOGARETH KAFKADAVID FARRELLMARK GRISWOLDROBERT BROWN

neuroimagingapplied physicsrelaxation processmagnetic particle imaging

Condensed Contents. Journal of Thoracic and Cardiovascular Surgery (2009)

A New Instrument Designed to Measure the Magnetic Susceptibility of Human Liver Tissue in Vivo. IEEE Transactions on Magnetics (2007)

D.E. FarrellC.J. AllenM.W. WhildenT.K. KidaneT.N. BaigJ.H. TrippR.W. BrownS. ShethG.M. Brittenham

biophysicsmagnetic measurementhuman tissueshuman liver tissueapplied physicsinstrumentationmagnetic susceptibilitymagnetismelectromagnetismelectrical engineering

Magnetic Measurement of Liver Iron Stores: Engineering Aspects of a New Scanning Susceptometer Based on High-Temperature Superconductivity. IEEE transactions on magnetics (2007)

D. E. FarrellC. J. AllenM. W. WhildenJ. H. TrippA. UsoskinS. ShethG. M. Brittenham

geneticsmagnetic measurementengineering aspectshigh-temperature superconductivityapplied physicsinstrumentationliver iron storesmagnetismelectrical engineering

Processing of Long-Length Ybco Coated Conductors Based on Stainless Steel Tapes. IEEE transactions on applied superconductivity (2007)

A.. UsoskinL.. KirchhoffJ.. KnokeB.. PrauseA.. RuttV.. SelskijD.E. Farrell

superconductivitycoatingsmaterials engineeringthin film processinglong-length ybcomaterials scienceapplied physicsstainless steel tapeselectrical engineering

Liver Iron Susceptometry. (2006)

Roland FischerDavid Farrell

physiology

Magnetite‐Loaded Polymeric Micelles as Ultrasensitive Magnetic‐Resonance Probes. Advanced Materials (2005)

H. AiC. FlaskB. WeinbergX.‐T. ShuaiM. D. PagelD. FarrellJ. DuerkJ. Gao

The Theory of Magnetic Susceptibility Measurement of Human Body. APS (2003)

T. N. BaigT. K. KidaneN. Y. C. ChengT. P. EaganR. W. BrownC. J. AllenG. M. BrittenhamD. E. Farrell

biophysicshuman bodymagnetismmagnetic susceptibility measurement

Magnetic Size Effects in Iron Nanoparticles and Nanoparticle Arrays. APS (2002)

Y. IjiriD. F. FarrellS. YamamuroS. A. Majetich

nanoparticle arraysmaterials scienceiron nanoparticlesmagnetismnanotechnologymagnetic size effects

1
2
3
4
5
9
10 / page

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condensed matter physics

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Alessandra Lanzara

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