titanium aluminum alloy 中文意思是什麼

titanium aluminum alloy 解釋
鈦鋁合金
  • titanium : n. 【化學】鈦（Ti）。 titanium dioxide [white] 二氧化鈦 （＝titanic oxide）。
  • aluminum : n. 〈美國〉 ＝ aluminium.
  • alloy : n 1 合金。2 （合金中的）劣等金屬。3 （金銀的）成色，成份。4 〈比喻〉攙雜品。vt 1 合鑄，熔合（金屬...
  1. Dlc can be deposited on various substrate with excellent adhesion such as steel, titanium alloy, aluminum alloy and cemented carbide, etc

    可以在各種鋼鐵、鈦合金、鋁合金、硬質合金等多種材料上沉積，結合力好。
  2. Study on galvanic corrosion and protection between ta15 titanium alloy and aluminum alloys or structural steels

    15鈦合金與鋁合金和結構鋼接觸腐蝕與防護研究
  3. Uns r56401 standard specification for wrought titanium - 6 aluminum - 4 vanadium eli extra low interstitial alloy for surgical implant applications uns r56401

    外科植入設備用鍛制鈦6和鋁4釩特低雜質合金的標準規范
  4. Standard specification for titanium and titanium - 6 aluminum - 4 vanadium alloy powders for coatings of surgical implants

    外科植入物塗敷用鈦及鈦- 6鋁- 4釩合金粉末的標準規范
  5. The analyses of their microstructure showed that comparing with zl101 that contained no titanium, the trace amounts of titanium in alloys caused grain refining of al - l % si in zl101a prepared from electrolytic low content titanium aluminum alloy ( i. e. alti101a ) and zl101a prepared from electrolytic al - si - ti alloy ( i. e. ast101a ), and the grain size distribution became more even, whereas the trace amounts of titanium have little influence on the size and shape of si particles in these alloys

    微觀組織分析結果表明，相對于不含鈦的zl101 ，微量的鈦可以使電解低鈦鋁合金制備的zl101a （ alti101a ）和電解鋁硅鈦合金制備的zl101a （ ast101a ）的（ al ）相的晶粒細化，晶粒大小分佈均勻，但對它們的si粒子尺寸和形貌影響不大。
  6. Cooling system with arc source not only reduces the calorie coming from evaporation of arc source, but also filter large - granule liquid drop. so it is widely used in plated aluminum alloy as well as in titanium nitride, titanium carbide, zirconium nitride, chromium nitride, titanium, nickel, chrome, copper, gold, and silver

    帶弧源降溫系統不但可以降低弧源蒸發過程中生成的熱量，而且可以過濾部分大顆粒的液滴，所以大范圍的用於鍍制鋁合金製品，廣泛適用於鍍制氮化鈦碳化鈦氮化鋯氮化鉻及鈦鎳鉻銅金銀等等。
  7. Aluminum - titanium alloy wires

    鋁鈦合金絲
  8. The equipments and the wall of diffusion pump are made of stainless steel with wearable performance and simple operation, fit for plating aluminum alloy products, such as the titanium nitrides, titanium carbide, zirconium nitrides, chromium nitride, titanium, nickel, chromium and copper etc

    設備和擴散泵泵壁採用不銹鋼結構，持久耐用，操作簡單，非常適用於鍍制鋁合金製品，可以鍍制氮化鈦碳化鈦氮化鋯氮化鉻及鈦鎳鉻銅等等。
  9. In the present dissertation, five commercial metallic materials ? tungsten alloy ( 93w ), oxygen free copper ( ofc ), titanium alloy ( tc - t ), pure aluminum ( al ) and magnesium alloy ( mb2 ) were chosen as the composite system of the flier - plate with graded wave impedance, and their acoustic and mechanical parameters were measured. the thickness of each material was controlled so that flier - plates with a parabolic or cubic wave impedance distribution were designed

    依據實現準等熵壓縮和超高速發射對梯度飛片體系的理論要求，論文首先在一個較寬的波阻抗變化范圍內，確定鎢合金（ 93w ） 、無氧銅（ ofc ） 、鈦合金（ tc _ 4 ） 、工業純鋁（ al ）和鎂合金（ mb _ 2 ）五種綜合性能良好的金屬和合金材料作為波阻抗梯度飛片的復合體系，並測量了材料的相關聲學和力學參量。
  10. Suitable for welding of pulse mig / dc mag / co2 / flux - core wire / electric arc welding, and for welding of aluminum / titanium / copper alloys, low carbon steel, low alloy steel and stainless steel, as well as thin plate and medium thickness plate

    可用脈沖mig /直流mag / co2 /藥芯焊絲/電弧焊等，分別對鋁、鈦、銅等有色金屬及其合金、低碳鋼、低合金鋼、不銹鋼等等多種材料進行高性能焊接以及薄板高速焊接和中厚板粗絲大電流高效焊等
  11. Standard specification for wrought titanium - 6 aluminum - 7 niobium alloy for surgical implant applications uns r56700

    外科植入設備用鍛制鈦- 6鋁- 7鈮合金的標準規范
  12. Our solid carbide tools have been widely used in aviation, space, auto, mould etc. industries, can be applied to materials of cast iron, steel, stainless steel, alloy steel, harden steel, mould steel, tool steel, bearing steel, heat - resistant alloy, titanium alloy, nickel, plastic fiber, aluminum alloy, copper

    喜威一合金刀具目前已廣泛應用於航空，航天，汽車，模具等行業，用於加工灰鑄鐵，球墨鑄鐵，碳鋼， ，軸承鋼，模具鋼，合金鋼，工具鋼，淬火鋼，調質鋼，不銹鋼，玻璃鋼，鋁合金等軟金屬，鈦合金，鎳基高溫合金。
  13. The phenomenon of sample ' s ablation and the titanium clamp ' s fusion when the foundry aluminum alloy in hard anode oxidation is introduced

    摘要介紹了鑄造鋁合金硬質陽極氧化時發生工件燒蝕和鈦掛具熔斷的現象，並對燒蝕現象進行了原因分析。
  14. The furnaces can be used for vacuum braze welding of aluminum alloy production, such as aluminum alloy heat exchanger, braze welding of stainless steel, titanium alloy, super - alloy, cemented carbide and nonferrous metals, vacuum temper of high - speed steel, tool and mould steel, bearing steel, stainless steel etc, ageing and annealing of nonferrous metals

    實現的基本工藝高溫合金真空釬焊實例：主要用於不銹鋼鈦合金高溫合金硬質合金有色金屬的釬焊及高速鋼工模具鋼軸承鋼不銹鋼等材料的真空回火，以及有色金屬的時效和退火處理。
  15. Electrolytic low content titanium aluminum alloy and electrolytic al - si - ti alloy are two new alloy materials produced by new technique of production. it ' ll have very important practical value and referential significance in evaluating the properties of the two new materials and generalizing the new technique of production in industry to study and compare the fatigue properties and relevant mechanical properties of the applied cast alloys made from them and pure aluminum comprehensively

    電解低鈦鋁合金和電解鋁硅鈦合金是兩種新型工藝生產的鋁合金，對以二者和純鋁為基本原料制備的應用鑄造合金的力學疲勞性能進行綜合的對比研究，將會對客觀評價這兩種新材料的性能、在工業生產上推廣新工藝，具有非常重要的現實意義和參考價值。
  16. In order to study the influence of the existence and adding ways of trace titanium on the fatigue properties of aluminum alloys, three important common - used standard cast alloys zl101a and zl101 were prepared with electrolytic low content titanium aluminum alloy, electrolytic al - si - ti alloy and pure aluminum respectively. the fatigue properties and relevant mechanical properties of these three cast alloys were tested and compared comprehensively

    為研究鋁合金中所含鈦和電解加鈦方式對鋁合金疲勞性能的影響，分別利用電解低鈦鋁合金、電解鋁硅鈦合金和純鋁制備成三種鋁硅系合金中重要的常用鑄鋁zl101a和zl101 ，測試其疲勞性能以及相關力學性能，並進行對比研究。
  17. In this paper, current development of the titanium - contained aluminum alloys in industry and the gap between our country and advanced industrial counties were introduced first. the shortage of traditional technique for producing the titanium - contained aluminum alloy and the current research of the two new titanium - contained aluminum alloys produced in new technique were analyzed in detail. then the significance of material ' s fatigue property in current engineering application was emphasized particularly

    文章首先考察了含鈦鋁合金當前在工業上的發展狀況，以及我國在這方面與發達工業國家之間存在的差距，介紹了傳統工藝方法生產含鈦鋁合金的局限性，以及兩種新型工藝生產電解含鈦鋁合金的研究進展情況，強調了材料的疲勞性能在現代工程應用上的重要性。
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