Base Layers For Recording Layers TRIZ Cases
- Aluminum Alloy Magnetic Disk Substrate Rigidity and Plating Defects
An aluminum alloy magnetic disk substrate uses specific Fe, Mn, Cu, and Zn compositions to reduce disk flutter.
- Perpendicular Magnetic Recording Medium Tailored Granular Layers
A perpendicular magnetic recording medium uses tailored granular layers to optimize interface energies between magnetic and nonmagnetic materials.
- Granular Magnetic Recording Layer for Heat-Assisted Magnetic Recording
Multiple granular layers with anisotropic thermal conductivity manage heat transfer in HAMR media, maintaining data reliability.
- Magnetic Tape Servo Band Interval Control via Tension Adjustment
A magnetic tape maintains servo band interval stability through longitudinal tension adjustment mechanisms.
- Polyester Film Dimensional Stability via Copolymer Composition
Copolymerized polyester film composition reduces elongation at 110°C, resolving humidity-induced expansion that causes uneven magnetic layer coating.
- Magnetic Disk Substrate Offset Portion for Outer Peripheral Flatness
An offset portion on the magnetic disk substrate maintains outer peripheral flatness, preventing head crashes during high-speed operation.
- Magnetic Recording Medium Seed Layer Structure
ZnO and MgO seed layers orient an L10 ordered alloy, preventing grain agglomeration during heat treatment.
- Carbon Grain Isolation Initiation Layer for Perpendicular Recording Media
A carbon grain isolation initiation layer reduces intergranular exchange coupling in perpendicular magnetic recording media.
- PEEK Substrate for Magnetic Recording Tape Dimensional Stability
Poly ether ether ketone substrates maintain dimensional stability during high-density data storage by resisting humidity-induced shrinkage.