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Now showing items 1-5 of 5

Fast Moving Multiple Magnetic Bits in Permalloy Cylindrical Nanowires

Type: Journal Paper

Author : Feng-Sheng Wu; Horng, Lance; Jong-Ching Wu

Publisher: IEEE

Year: 2014

Size Effect of Inserted Iron Nanoparticles in the MgO-Based Double Barrier Magnetic Tunnel Junction

Type: Journal Paper

Author : Yen-Chi Lee; Chia-Hao Lin; Mishra, Akhilesh Kumar; Te-Ho Wu; Jong-Ching Wu

Publisher: IEEE

Year: 2014

Micromagnetic Modeling on Current-Induced Multiple Domain-Wall Motion in Permalloy Nanotubes

Type: Journal Paper

Author : Feng-Sheng Wu; Horng, Lance; Yee-Mou Kao; Jong-Ching Wu

Publisher: IEEE

Year: 2014

Effect of Asymmetric Shape on Vortex Control in Permalloy Rings

Type: Journal Paper

Author : Chia-Jung Hsu; Chao-Hsien Huang; Wei-Kang Lin; Li-Hao Chan; Tian-Chiuan Wu; Jong-Ching Wu; Horng, Lance

Publisher: IEEE

Year: 2014

Adjustment of Demagnetizing Field in Permalloy Nanowires to Control Domain Wall Motion

Type: Journal Paper

Author : Kuei-Chang Hu; Hong-Yo Lu; Chia-Chi Chang; Hao-Hsuan Chen; Feng-Sheng Wu; Chao-Hsien Huang; Tian-Chiuan Wu; Lin, Li-Chiun; Jong-Ching Wu; Horng, Lance

Publisher: IEEE

Year: 2014

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Fast Moving Multiple Magnetic Bits in Permalloy Cylindrical Nanowires

Size Effect of Inserted Iron Nanoparticles in the MgO-Based Double Barrier Magnetic Tunnel Junction

Micromagnetic Modeling on Current-Induced Multiple Domain-Wall Motion in Permalloy Nanotubes

Effect of Asymmetric Shape on Vortex Control in Permalloy Rings

Adjustment of Demagnetizing Field in Permalloy Nanowires to Control Domain Wall Motion

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Fast Moving Multiple Magnetic Bits in Permalloy Cylindrical Nanowires

Size Effect of Inserted Iron Nanoparticles in the MgO-Based Double Barrier Magnetic Tunnel Junction

Micromagnetic Modeling on Current-Induced Multiple Domain-Wall Motion in Permalloy Nanotubes

Effect of Asymmetric Shape on Vortex Control in Permalloy Rings

Adjustment of Demagnetizing Field in Permalloy Nanowires to Control Domain Wall Motion