鋁鋰合金 的英文怎麼說

中文拼音 [lǚlǐgějīn]
鋁鋰合金 英文
aluminum-lithium alloy
  • 鋁 : 名詞[化學] aluminium （13號元素, 符號al）
  • 鋰 : 名詞[化學] lithium （3號元素,符號li）
  • 合 : 合量詞（容量單位） ge, a unit of dry measure for grain （=1 decilitre）
  • 金 : Ⅰ名詞1 （金屬） metals 2 （錢） money 3 （古時金屬制的打擊樂器） ancient metal percussion instrum...
  1. Review on the intergranular corrosion and exfoliation corrosion of aluminum alloys

    幾種時效工藝下1420鋁鋰合金性能研究
  2. Influence of heat treatment on intercrystalline corrosion and spalling corrosion of 1420al - li alloy

    熱處理對1420鋁鋰合金化學鍍鎳的影響
  3. Research on diffusion welding technology of al - li alloys without interlayer

    鋁鋰合金無中間層擴散焊接工藝研究
  4. The hydrogen permeation experiment of manet ii with hot dipping aluminized coating was performed in temperature range of 300 to 450, in gas phase and in liquid pb - 17li phase

    在300 450溫度范圍內，分別在氫氣相和液態鉛鋰合金相中開展了帶熱浸鋁塗層manet馬氏體鋼的氫滲透性能研究。
  5. The surface elemental analysis shows that al / o atomic ratio change from about 2 / 3 of not wetted part to about 1 / 1 of wetted part. the damage of coating surface seems to be related to the interaction of outside layer with liquid pb - 17li and thermal stress during heating sample

    未浸潤表面的ai / o原子比約為2 / 3 ，浸潤表面約為1 / 1 ，表明液態鉛鋰合金對滲鋁層表面的al2o3薄層造成了損傷。
  6. The other was to research new li - al solid solution alloy material and use it as anode in lithium battery. by the trace alloy component, aluminum, doping in lithium metal, it was hoped to improve the sei film stability of lithium / electrolyte interface and consequentially enhance the performances of lithium anode. meanwhile, different form the previously studied lial alloy that had very high content of aluminum, such alloy should not decrease the mass specific energy and electrochemical potential of lithium electrode

    方法二:研究新型鋰鋁固溶體合金材料並將其應用於鋰二次電池中，通過微量合金成份鋁的摻雜提高鋰電極/電解質界面sei膜的穩定性，進而提高鋰負極性能;而該合金不會像以往高鋁含量的鋰鋁合金那樣降低鋰電極的質量比能量和電化學反應電勢。
  7. Contributions of 8 and ti phases to anisotropy of alloys are analyzed quantitatively

    定量地分析了相與t _ 1相對鋁鋰合金各向異性的貢獻。
  8. Surface depletion layer and its influence on the corrosion morphology for aiuminum - linthium alloys containing cerium

    鈰對鋁鋰合金表面貧化層及其腐蝕形態的影響
  9. Friction stir welding process of 01420 aluminum - lithium alloy

    01420鋁鋰合金的攪拌摩擦焊接
  10. Properties of al - li alloy 1420 after different aging produces

    1420鋁鋰合金冷軋薄板生產工藝研究
  11. An experimental investigation on formability of 1420al - li alloy sheet

    1420鋁鋰合金板材成形性能試驗研究
  12. Development of aluminum - lithium alloys

    鋁鋰合金研究進展
  13. Particle stimulated nucleation of recrystallization in 01420 ai - li alloy

    01420鋁鋰合金的粒子激發再結晶形核
  14. History and current status of aluminum - lithium alloys research and development

    鋁鋰合金研究開發的歷史與現狀
  15. Addition of minim cerium to the al - li alloy enhances textures of alloys, thereby increases anisotropy of the alloy, on the other hand it influences anisotropy of the alloy by its effect on aging process

    微量ce加入鋁鋰合金中，一方面增強2090合金的形變織構，即增強合金的各向異性；另一方面則通過對時效過程的影響而對合金的各向異性產生作用。
  16. The dsc results show that the electric fields have little influence on 8 " precipitation of al - li alloy. there is little change of the 8 " precipitate fraction and rate

    首次對電場作用后合金的析出動力學研究， dsc測量分析表明，電場固溶對鋁鋰合金'相析出動力學影響不大， '相的析出百分數和析出速率變化不明顯。
  17. The relationship of true stress and true strain for the mid - strength weldable 1420 aluminum - lithium alloy has been investigated in this thesis by high temperature compression testing and high temperature tensile testing on different hot deformation conditions. the interdependence of flow stress, strain rate, strain and deformation temperature for the alloy at high temperature has been studied

    本文通過高溫壓縮和高溫拉伸試驗，研究了中強可焊1420鋁鋰合金熱變形時不同變形條件下的應力-應變關系、變形條件對合金流變應力的影響；運用多元回歸分析方法，採用c語言編程確定了合金的本構關系方程；引入z參數，求解了部分材料常數，並用於材料的組織性能研究中。
  18. The constitutive equations were gained by regression analysis and some material constants were derived from that with the aid of om, x - ray, sem and tem, the deformation structure of the mid - strength weldable 1420aluminum - lithium alloy on different hot deformation conditions was studied and the soften mechanism was discussed. at the same time, the fracture behavior has been studied as an important part. the fracture mechanism of 1420 aluminum - lithium alloy was confirmed

    結合金相顯微鏡、 x -射線衍射、掃描電鏡、透射電鏡等現代化的試驗手段，研究了中強可焊1420鋁鋰合金熱變形不同變形條件下的組織變化及軟化機制，分析了不同變形條件對合金材料組織變化的影響，確定了合金材料的軟化行為機理；同時，結合合金材料的熱變形高溫拉伸試驗，重點研究了材料的斷裂行為，分析了合金材料的斷裂現象，探討了合金材料的斷裂機理。
  19. Effect of quenched rate to the microstructure and tensile properties of 1420ai - li alloy

    淬火介質對1420鋁鋰合金組織及性能的影響
  20. Effects of the solution cooling rate on the corrosion resistance of 1420 al - li alloy

    固溶處理冷卻速度對1420鋁鋰合金抗蝕性能的影響
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