magnetization transition widthとは 意味・読み方・使い方

Consequently expansion of magnetization transition width can be suppressed and recording density can be raised.例文帳に追加

したがって、磁化遷移幅の拡大を抑制することができので、記録密度を向上させることができる。 - 特許庁

Since the leakage magnetic field of a track width direction generated from the magnetic pattern repeating units 20 formed in the magnetic pattern layer 4 is applied to the magnetization transition boundary 28 of the recording layer, the position of the magnetization transition boundary 28 is stabilized.例文帳に追加

磁気パターン層４に形成された磁気パターン繰り返し単位２０の磁壁２５から発生するトラック幅方向の漏洩磁界が記録層６の磁化遷移境界２８に印加されるため、磁化遷移境界２８の位置が安定化される。 - 特許庁

To provide a perpendicular recording magnetic head capable of narrowing a magnetization inversion width (magnetization transition width) between recording patterns where magnetizations recorded in a recording medium are inverted each other, and reducing magnetized inversion noise, and its manufacturing method.例文帳に追加

記録媒体に記録された磁化が互いに反転する記録パターン間の磁化反転幅（磁化遷移幅）を狭くでき、磁化反転ノイズを低下させることが可能な垂直記録磁気ヘッド、およびその製造方法を提供する。 - 特許庁

To manufacture a magnetic recording medium wherein fine magnetic crystal grains constituting a magnetic layer are made uniform, a grain boundary width between grains (the width W of a magnetization transition region) is accurately adjusted and an S/N can be enhanced by a manufacturing method having excellent operation efficiency at low costs.例文帳に追加

低コストで作業効率に優れた製造方法により、磁性層を構成する微細な磁性結晶粒の均一化を図り、結晶粒間の粒界幅（磁化遷移領域幅Ｗ）を精度良く調整し、Ｓ／Ｎの向上を図ることが可能な磁気記録媒体を作製すること。 - 特許庁

The crystal grains having a uniform particle size and a uniform interval r are formed and the grain boundary width (the magnetization transition region width W) between grains is accurately adjusted by appropriately setting the distance between a substrate 1 plated with metal of NiP or the like and a copper member 2, depositing Cu deposits 4 on the substrate 1 at a uniform interval r and replacing the Cu deposits 4 with magnetic particles 10.例文帳に追加

ＮｉＰ等の金属めっきされた基板１と銅部材２との距離を適切に設定して、基板１上にＣｕ析出物４を均等間隔ｒで析出させ、Ｃｕ析出物４を磁性粒子１０に置き換えることにより、均一な粒径と均等間隔ｒとをもつ結晶粒を形成し、結晶粒間の粒界幅（磁化遷移領域幅Ｗ）を精度良く調整する。 - 特許庁