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نمایش تعداد 1-10 از 49

Memory Erasure and Write Field Requirements in HAMR Using L<inline-formula> <img src="/images/tex/21838.gif" alt="(1_math\\bf {o})"> </inline-formula>-FePt Nanoparticles

نوع: Journal Paper

نویسنده : Lyberatos, Andreas; Weller, Dieter; Parker, Gregory J.

ناشر: IEEE

سال: 2014

Thermal Management in Heat-Assisted Magnetic Recording

نوع: Journal Paper

نویسنده : Vemuri, Sesha Hari; Hyung Min Kim; Sejoon Park; Yu Liu; Pil Seung Chung; Jhon, Myung S.

ناشر: IEEE

سال: 2014

3D Magnetic Field Sensor Concept for Use in Inertial Measurement Units (IMUs)

نوع: Journal Paper

نویسنده : Ettelt, Dirk; Rey, Patrice; Jourdan, G.; Walther, Andrea; Robert, Philippe; Delamare, Jé rô me

ناشر: IEEE

سال: 2014

Magnetic Property Enhancement of FePt Films by Zr Underlayering

نوع: Journal Paper

نویسنده : Shen, C.Y.; Chang, H.W.; Yuan, F.T.; Lin, M.C.; Su, C.C.; Wang, C.R.; Mei, J.K.; Chen, Choon Chowe; Chang, Wen Cheng

ناشر: IEEE

سال: 2014

Synthesis, Characterization and Hard Ferromagnetism in FePt/ZnO Nanocomposites with Ultra-Small Size

نوع: Journal Paper

نویسنده : Zhou, Tie Jun; Meihua Lu; Shen, L.; Rui Qi Wee; Hao Gong; Cher, Kelvin M.; Hnin Yu Yu Ko; Zhimin Yuan; Bo Liu; Yuan Ping Feng

ناشر: IEEE

سال: 2014

Special microwave-assisted one-pot synthesis of low loading Pt-Ru alloy nanoparticles on reduced graphene oxide for methanol oxidation

نوع: Journal Paper

نویسنده : Zhao, Dongbin; Shi, Mei-Qin; Liu, Wei-Ming; Chu, You-Qun; Ma, Chun-An

ناشر: IET

سال: 2014

Investigations of Stacking Faults in Stacked Granular Perpendicular Recording Media With a High-Anisotropy CoPt Layer

نوع: Journal Paper

نویسنده : Yi Yang; Varghese, Binni; Hang Khume Tan; Seng Kai Wong; Piramanayagam, S.N.

ناشر: IEEE

سال: 2014

Microwave-Assisted Magnetization Reversal for Granular Media by a Resonant Cavity Method

نوع: Journal Paper

نویسنده : Hinata, Shintaro; Saito, Sakuyoshi; Takahashi, Masaharu; Sahashi, Masashi

ناشر: IEEE

سال: 2014

1-D FDTD EM, thermal, and displacement multiphysics simulations

نوع: Conference Paper

نویسنده : Eyde, Z.S. , Ziolkowski, R.W.

ناشر: IEEE

سال: 2014

Energy-efficient hardware acceleration through computing in the memory

نوع: Conference Paper

نویسنده : Paul, S. , Karam, R. , Bhunia, S. , Puri, R.

ناشر: IEEE

سال: 2014

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Memory Erasure and Write Field Requirements in HAMR Using L<inline-formula> <img src="/images/tex/21838.gif" alt="(1_math\\bf {o})"> </inline-formula>-FePt Nanoparticles

Thermal Management in Heat-Assisted Magnetic Recording

3D Magnetic Field Sensor Concept for Use in Inertial Measurement Units (IMUs)

Magnetic Property Enhancement of FePt Films by Zr Underlayering

Synthesis, Characterization and Hard Ferromagnetism in FePt/ZnO Nanocomposites with Ultra-Small Size

Special microwave-assisted one-pot synthesis of low loading Pt-Ru alloy nanoparticles on reduced graphene oxide for methanol oxidation

Investigations of Stacking Faults in Stacked Granular Perpendicular Recording Media With a High-Anisotropy CoPt Layer

Microwave-Assisted Magnetization Reversal for Granular Media by a Resonant Cavity Method

1-D FDTD EM, thermal, and displacement multiphysics simulations

Energy-efficient hardware acceleration through computing in the memory

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Memory Erasure and Write Field Requirements in HAMR Using L<inline-formula> <img src="/images/tex/21838.gif" alt="(1_math\\bf {o})"> </inline-formula>-FePt Nanoparticles

Thermal Management in Heat-Assisted Magnetic Recording

3D Magnetic Field Sensor Concept for Use in Inertial Measurement Units (IMUs)

Magnetic Property Enhancement of FePt Films by Zr Underlayering

Synthesis, Characterization and Hard Ferromagnetism in FePt/ZnO Nanocomposites with Ultra-Small Size

Special microwave-assisted one-pot synthesis of low loading Pt-Ru alloy nanoparticles on reduced graphene oxide for methanol oxidation

Investigations of Stacking Faults in Stacked Granular Perpendicular Recording Media With a High-Anisotropy CoPt Layer

Microwave-Assisted Magnetization Reversal for Granular Media by a Resonant Cavity Method

1-D FDTD EM, thermal, and displacement multiphysics simulations

Energy-efficient hardware acceleration through computing in the memory