grinding crystal 中文意思是什麼

grinding crystal 解釋
磨光的晶體
  • grinding : adj. 1. 磨的,適合於磨的。2. 折磨人的;難熬的。n. 粉碎,研磨;摩擦;〈口語〉填鴨式教學。adv. -ly
  • crystal : n 1 結晶,(結)晶體;晶粒;水晶(=rock crystal);石英。2 【無線電】晶體。3 結晶玻璃;雕玻璃;...
  1. Znd2180 complete crystal shape, perfect cubic octahedron, good diaphaneity, high impact strength and thermal stability, suitable for high grade cutting, drilling, and grinding tools

    Znd2180晶體完整,具有完整的立方八面體,透明度好,高的抗沖擊強度和熱穩定性。適用於高檔次切割工具、鉆頭、碾磨工具。
  2. Our extensive wafer manufacturing expertise qualifies us to provide wafer sub - contract services for a wide variety of crystal materials. ingot slicing and grinding, wafer lapping and polishing are process we can provide on a sub - contract basis

    我們淵博的晶圓製造專業為晶體材料同業提供多種晶圓代工服務。項目包括晶棒切割與成型、晶片研磨與拋光。
  3. Regular crystal shape, full crystal surface, good diaphaneity and high strength, suitable for drilling and grinding tools etc

    晶形規則,晶面飽滿,透明度較好,強度較高。使用於鉆切工具、磨削工具等。
  4. Complete crystal shape, good diaphaneity, high compact strength and thermal stability. suitable for cutting, drilling and grinding tools

    晶體完整,透明度好,具有高的抗沖擊強度和熱穩定性。適用於高檔次切割工具、鉆頭、碾磨工具。
  5. Fine ni3al powders with an average grain size of 6. 1 m were firstly prepared by shs method and mechanical grinding for 36ks with the ratio of ball to powder at 3. 5. the effects of grinding condition and heat treatment technique on the morphology, microstructure and composition as well as crystal structure of the prepared ni3al powders were discussed

    首先採用機械粉碎法在36ks的粉碎時間和球料比為3 . 5的工藝條件下獲得了平均粒度為6 . 1 m左右的ni _ 3al微粉,重點討論了粉碎條件及熱處理工藝對ni _ 3al微粉的形貌、微觀結構、物相組成和晶體結構等的影響。
  6. The cambered shape of the crystal is achieved by grinding the lower and upper surfaces

    對鏡面的雙面進行打磨,造成拱形效果。
  7. Various pigmentation technologies of vat blue rs such as leuco - oxidation, acidic treatment, solvent treatment, grinding condition, derivative modification, surfactant modification, polymeric dispersant and crystal transformation technique, are reviewed in the present paper, and the development prospect is also proposed

    摘要對還原藍rs的各種顏料化工藝,如隱色體氧化法、酸處理法、溶劑處理法、研磨法、衍生物處理法、表面活性劑法、高分子分散劑法以及晶型轉換工藝,進行了綜述,並提出今後顏料化的發展方向。
分享友人