ferrite area 中文意思是什麼

ferrite area 解釋
鐵素體區
  • ferrite : n. 【化學】1. 鐵素體,純粒鐵,純鐵體。2. 鐵酸鹽。3. 鐵氧體,鐵淦氧。
  • area : n. 1. 面積;平地;地面。2. 空地;〈英國〉地下室前的空地。3. 地區,地方;〈比喻〉區域;范圍。
  1. To make good use of such a great opportunity, we are preparing for 3000 m2 area for a new factory, to build 6 more production lines for ferrite cores and 50 more production lines for transformers. until 2010, when everything is ok, the total capacity of ferrite cores and transformers will be as twice as right now. copyright 2005 haining lianfeng magnet industry co., ltd

    為抓住軟磁鐵氧體工業蓬勃發展的大好機會,公司在鹽官鎮郭店工業區新征土地30000平方米,新建6條氮窯生產線和50條電子變壓器生產線,至2010年,項目全部投產后,軟磁鐵氧體磁芯和電子變壓器生產規模將在現有基礎上翻一番,相當于再造一個聯豐磁業。
  2. When the stress at the tip of crack is inflicted on the m - type ferrite particle dispersed in matrix as a second particle, not only the toughness of composites will be pro ved because of the non - elastic area produced by the particle but also the strength change of magnetic field and the stress distribution in the structural ceramics will be detected by the strength of spontaneous magnetization varying while magnetic materials being pressed or drawn

    這是因為當結構陶瓷中裂紋尖端的應力作用在彌散於基體內的鐵磁體二相粒子上時,鐵磁粒子不僅在裂紋尖端周圍產生的非彈性區域使復合材料的韌性提高;而且還能利用鐵磁材料在外應力作用下自發磁化強度發生變化的性質,通過測量復合材料在應力作用下磁場強度的變化,探測出結構陶瓷中的應力分佈情況。
  3. The experiments showed us : firstly, mediums with different magnetic and dielectric properties had different influence on the microwave - absorbing properties of spinel ferrite ; secondly, magnetic texture treatment greatly affected the microwave - absorbing properties of the spinel ferrite - based mixed material which contained single - domain particles of hexagonal ferrite, changing the matching thickness, the density of area and the position of absorption peaks and increasing the absorption quantity and the 10db bandwidth ; thirdly, the coupling effect between different layers affected the microwave - absorbing properties of the double - layer spinel ferrite - based mixed material, decreasing its matching thickness and density of area and increasing the position of absorption peaks

    實驗發現: ( 1 )不同磁性與電性的介質對尖晶石型鐵氧體吸波特性的影響不同; ( 2 )磁織構化處理對含有六角晶系鐵氧體單疇顆粒的尖晶石型鐵氧體基混合吸波材料的性能影響很大,可以改變匹配厚度、面密度與吸收峰峰位,提高吸收量與10db帶寬; ( 3 )對于雙層材料,層間耦合作用會影響其吸波性能,降低匹配厚度與面密度,提高吸收峰峰位。
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