magnetic recording media 中文意思是什麼
magnetic recording media
解釋
磁記錄材料-
Scientists have been devoting to enhance the density of magnetic recording media for years. magnetic materials are expected to be with high coercivity and high saturation magnetization
提高磁記錄介質的密度是人們多年所追求的目標，這要求磁性材料具有高矯頑力和相應的高飽和磁化強度。 -
At present, there are mainly 3 kinds of video recording media, i. e., magnetic tape, disk and semiconductor memory
現今視頻記錄媒體主要有磁帶、盤式記錄媒體（光盤、磁盤）和半導體存儲器三種。 -
In magnetic recording, a group of read / write heads that are mounted and moved as a unit for reading and writing on media which consists of two or more tracks such as disks and magnetic tapes
在磁記錄裝置中的一組讀/寫磁頭，它們被安裝在一起作為一個整體移動，可對含有兩條或多條磁軌的存儲媒質（如磁盤及磁帶）同時進行讀寫。 -
In word processing, an area on magnetic recording media along which a series of signals may be recorded
在字（詞）處理技術中，位於磁記錄媒體上的一個區域，沿著它可以記錄一系列信號。 -
Examples from advanced structural alloys and low - dimensional alloys for magnetic recording media and integrated circuits
舉凡進一步合金結構和磁性紀錄煤介的低度空間合金和整合電路的範例。 -
Developing new type of magnetic recording media is most important for the recording density of magnetic recording to keep its speed of increasing
隨著各種新型磁頭的應用，研究和開發新型的磁記錄介質己經成為磁記錄存儲密度高速增長的重要保證。 -
To enlarge the application areas of the nano - structured materials, such as applications in magnetic recording media, the well - aligned carbon nano - structures encapsulating with magnetic catalyst particles were successfully synthesized on si wafer by ecr - cvd method with ch4 and h2 as gas sources
為了增加奈米結構材料之應用?圍，例如製作磁記憶媒體，本研究以觸媒輔助電子?旋共振化學氣相沉積法（ ecr - cvd ）利用ch4及h2為反應氣源，于矽基材上成功的合成鑲埋有磁性顆粒的碳奈米材料。 -
And the dopping magneto - optical materials were constructed to better meet the demand for the properties of magneto - optical disk recording media materials, forming the series magneto - optical recording media materials and decreasing the making cost by the method of introducing the light and middling rare - earth into the tbfeco materials. the magneto - optical properties and compositions of the tb - fe - co series dopping magnetic - optical film materials were investigated. the results show that when small amount of adulteration element was introduced into the tb - fe - co, the magneto - optical properties of materials are increased. for example the kerr angle and the coercive force are both improved
對輕、中稀土摻雜的tb - fe - co系列磁光薄膜材料進行丁磁光性能和成分的測試，結果表明：在摻雜元素含量較小時，摻雜后的tb - fe - co磁光材料具有較好的磁光性能， kerr轉角_ k和矯頑力hc都有所改善，摻雜元素的含量應嚴格控制，不能超過一定限度，一般一般摻入量應莊10at左右。
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