Magnetic recording - Globe Thesis

Keyword [Magnetic recording] Result: 1 - 20 \| Page: 1 of 2
1.	Study On Preparation Of Iron Oxide Black Pigment And Magnetite Powder From Pyrite Cinder And Their Fundamental Theories
2.	Studies Of Media And Head Materials For Ultra-high Density Magnetic Recording
3.	Preparation And Characterizations Of Several Kinds Of Photocatalytic Nanoparticles And Magnetic Nanocomposite Films
4.	Study On Technology And Fundamental Theory Of Preparing Soft Magnetism Using Hematite And Magnetic Record Material Maghemite From Pyrite Cinder
5.	Preparation Of Porous Alumina Template And Assembly Of Nano-Channel Array System
6.	Study On The Magnetic Properties Of Nano-wire Arrays Prepared By Template Synthesis Method
7.	Studies On The Structure And Magnetic Properties Of Substituted Sr Hexaferrite Nanoparticles
8.	Fabrication And Properties Of Single Crystal Nickel Nanowire Arrays
9.	Fabrication And Properties Of One-dimensional Nano Arrays
10.	Study On Magnetically Induced Phase Separation In Co-V Based Alloy Thin Films And Its Magnetic Properties
11.	The Properties Research Of L1₀(Superlattice Structures) Co-Pt Thin Films By An Electro-Deposition Process For Ultra-High Density Magnetic Recording Media
12.	Preparation And Magnetic Properties Of Co-Pt-P Thin Films For Magnetic Recording
13.	Preparation And Magnetic Properties Of Co-pt-p Thin Films For Magnetic Recording
14.	Electroless Plating Of Ni-co-p Magnetic Recording Film
15.	Of Cofe <sub> 2 </ Sub> O <sub> 4 </ Sub> Thin Films, Characterization And Magnetic Studies
16.	Preparation, Structural And Magnetic Properties Of FePt/CoPt Nanomaterials And Their Nanocomposite Systems
17.	Preparation, Structure, Orientation Control And Magnetic Properties Of Co-based Magnetic Recording Thin Films
18.	Simulations Of Exchange Bias In The Ferromagnetic/Antiferromagnetic Composite Nanostructures With Various Morphologies
19.	Preparation And Study Of Fe(Co)Pt Nanostructures For High Density Magnetic Recording Media Applications
20.	Structural Control, Microstructure And Magnetic Properties Of High Anisotropy Magnetic Recording Thin Films
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