鋁陽極 的英文怎麼說

中文拼音 [yáng]
鋁陽極 英文
aluminium anode
  • : 名詞[化學] aluminium (13號元素, 符號al)
  • : Ⅰ名詞1 (太陽; 日光) the sun 2 (山的南面; 水的北面) south of a hill or north of a river 3 (中...
  • : i 名詞1 (頂點; 盡頭) the utmost point; extreme 2 (地球的南北兩端; 磁體的兩端; 電源或電器上電流...
  • 陽極 : [物理學] positive pole; positive electrode; anode; positive plate; ultor
  1. The factors affecting the properties of air electrode were examined in this article and mno2 / c was prepared. the process parameters of air electrode were optimized, and the aluminum / air battery was also assembled

    本文主要針對影響空氣電性能的因素進行了系統的研究,制備了mno _ 2 / c催化劑,確定了空氣電的最佳制備工藝,將空氣電鋁陽極組裝成電池,並初步考察了電池的性能。
  2. Anodizing of aluminium and its alloys. vocabulary

    合金的化處理.詞匯
  3. Aluminium alloy anodizing process with sulfuric acid as major salt

    泡沫鋁陽極氧化工藝研究
  4. Microstructure of anodic aluminum oxide films

    鋁陽極氧化膜納米孔陣列的微細結構
  5. Standard test method for measurement of thickness of anodic coatings on aluminum and of other nonconductive coatings on nonmagnetic basis metals with eddy - current instruments

    用渦流儀器測量鋁陽極鍍層及其它非磁性基底金屬絕緣鍍層的厚度標準試驗方法
  6. Technical delivery conditions for signs - part 1 : anodised eloxal aluminium signs

    標牌的技術交付條件.第1部分:鋁陽極氧化處理的標牌
  7. Aluminium sacrificial anode

    犧牲鋁陽極
  8. Maintenance of alkaline etching solution in aluminium anodizing process

    鋁陽極氧化堿蝕槽的維護
  9. Water conditioning equipment inside buildings - electrolytic treatment with aluminium anodes - requirements for performance, safety and testing

    建築物內部水調節設備.鋁陽極的電解處理.性能安全和試驗要求
  10. Water conditioning equipment inside buildings - electrolytic treatment systems with aluminium anodes - requirements for performance and safety, testing ; german version en 14095 : 2003

    建築物內的水調節設備.鋁陽極電解質處理設備.性能
  11. The formation mechanism and the structural adjustment of nano aluminum anodic oxide film

    納米級鋁陽極氧化膜的形成機理及結構調整
  12. Anodization of high purity al foil in phosphoric acid solution at different pressures was experimentally studied to understand the formation mechanism of the nano - porous anodic alumina membranes

    摘要為探討多孔鋁陽極氧化膜的形成機理,研究了不同氣壓條件下在磷酸溶液中的氧化過程,發現在真空下進行氧化,氧氣析出非常明顯。
  13. Test method for measurement of thickness of anodic coatings on aluminum and of other transparent coatings on opaque surfaces using the light - section microscope

    用光截面顯微鏡測量鋁陽極鍍層厚度及不透明表面的其它透明塗層厚度的試驗方法
  14. The compositions and the configurations of the composite films were tested by means of ft - ir, xps and afm. the optimal procedure was obtained by studying the influences of the dipping time, and the annealing temperature on the capacitance increase percentage

    藉助于ft - ir 、 xps 、 afm等分析手段對復合氧化膜的成分和結構進行了分析,並研究了sol - gel技術的主要工藝參數對鋁陽極氧化膜電性能的影響。
  15. Anodic oxide coatings on aluminum

    鋁陽極氧化鍍層
  16. The anode of aluminum reduction cell is called " the heart of the cell ", which can directly or indirectly influence the production process. it also influences the economic and technical index of the production such as electric current efficiency, the total electricity energy consumption, carbon consume per ton aluminum

    電解槽的被稱為電解槽的「心臟」 ,直接或間接的影響著電解槽生產正常與否和各項經濟技術指標,諸如電流效率、電能消耗,噸鋁陽極碳耗等。
  17. A competition mechanism throughout the tunnel etching of aluminum foils is established in this study, namely, the competition between the attack to passive surface by aggressive anions and the passivation caused by passivators ; dissolution competition between side wall of tunnels and overall surface of foils. to demonstrate the competition mechanisms, the etching conditions influencing the morphology of tunnels, surface modification of foils, redemption and regeneration of passive state were investigated

    本文在綜述了目前國內外鋁陽極箔發展和直流電侵蝕理論的基礎上,研究了箔侵蝕過程中影響隧道孔形貌和比容的各種因素,揭示了貫穿于整個侵蝕過程的競爭規律,即蝕孔成核競爭? ?箔表面的活化與鈍化競爭;溶解競爭? ?隧道孔孔壁的溶解與侵蝕箔表面的溶解競爭。
  18. Water conditioning equipment inside buildings - electrolytic treatment systems with aluminium anodes - requirements for performance, safety and testing

    建築物內水調節設備.鋁陽極電解處理系統.性能安全和試驗的要求
  19. Based on the actual state of improving hydration resistance of anodic oxide films in the world, hydration resistance and its technologies are explored and investigated. hydration resistance mechanisms and effects of technologic parameters on rising time, specific capacitance and withstanding voltage are expatiated

    根據目前國內外鋁陽極氧化膜耐水合特性改善技術的研究現狀,主要針對耐水合處理試劑及其處理工藝問題作了創新性和探索性研究,並對耐水合處理試劑的作用機理和工藝參數對氧化膜升壓時間、耐電壓及比容的影響進行了詳細研究。
  20. White anodic coating on aluminium surface for spacecraft

    鋁陽極氧化厚膜的制備工藝研究
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