bonding alloy 中文意思是什麼
bonding alloy
解釋
粘結合金-
Atomic bonding and mechanical property of ai - mg alloy with trace zr
合金的微觀組織和拉伸性能的影響 -
The process and mechanism of ball bonding were studied in this paper, specifically, intermetallic compounds ( imc ) formation and reliability on copper wire and aluminum alloy pad bonding joint during thermal aging were analyzed in detail
本文在對銅絲球鍵合工藝和原理研究的基礎上，著重分析了老化過程中銅絲球與鋁合金焊盤鍵合的金屬間化合物生長及可靠性。 -
In the thesis, we developed new alloy and cermet coating materials by adjusting the content of cr in ni and add some amount of si and cr _ ( 3 ) c _ ( 2 ). the test of high temperature oxidation and corrosion, erosion, bonding strength, hardness, thermal cycling and thermal shock of coatings tests were carried out in this study
我們通過調整nicr合金中cr的含量，以及在nicr合金中加入適量固溶強化元素si形成新型nicr基合金塗層材料，以及加入cr _ 3c _ 2陶瓷形成nicr基金屬復合陶瓷塗層材料。 -
Diamond core drill can be laser welded with full penetration and the bonding strength is 1500 n / mm2. dendrite morphology and porosity formed in the welds of al - fe - v - si aluminum alloy
用本激光器對金剛石薄壁鉆進行焊接，可以將其完全焊透，抗彎強度為1500n / mm ~ 2 。 -
The fiber / resin / aluminum alloy laminated composites have been fabricated by using a method of hot pressing and solidifying. the interface bonding strength of aluminum alloy / resin interface, mechanical property and anti - vibration damping property are investigated
採用熱壓固化法制備了纖維樹脂鋁合金疊層復合材料，並研究其界面結合、力學性能及抗振阻尼性能。 -
Standard practice for preparation of aluminum alloy for bonding in foam and beam type transportable shelters
連入泡沫和梁型可移動遮蔽物的鋁合金制備的標準實施規程 -
Bonding technology for electroless ni - p alloy plating and rubber
合金層與橡膠粘合工藝的研究 -
It is concluded that the interface bonding strength of aluminum alloy / resin interface exhibits high bonding strength and fiber / resin / aluminum alloy laminated composites have well formability
結果發現：鋁?樹脂界面結合強度較高，疊層復合材料的成型性好。 -
Microstructure characteristics of bonding interface of cast wcp ni based alloy composite coating by wide - band laser cladding
基合金復合塗層組織與摩擦磨損性能研究 -
Present situation and developments of diffusion bonding titanium alloy and nonmetals
鈦合金與非金屬材料擴散連接研究現狀與發展 -
Abstract : the feasibility and appropriate processing parameters for diffusion bo nding of titanium alloy to stainless steel web were investigated, the main facto rs affecting diffusion bonding and the microstructure of joints were analyzed
文摘:探討了鈦合金/不銹鋼網擴散連接的可行性，確定了直接擴散連接條件下的最佳工藝參數，分析了影響擴散連接的主要因素及接頭微觀形態。 -
It is found that, the sintering process of w - ni - fe - cu alloy was a typical liquid - phase process, which including particle rearrangement stage, dissolving - precipitation stage and solid - phase sintering stage. cu plays an important role in the particle rearrangement stage, while fe can promote the densification by forming ni - fe - w bonding - phase. ni can not only form the bonding - phase, but also enhance the diffusion between the w grains
研究表明， w - ni - fe - cu合金的液相燒結緻密化經歷了顆粒重排、溶解-析出和固相燒結等三個階段， cu僅在顆粒重排階段起主導作用； fe主要在溶解-析出階段通過形成ni - fe - w三元粘結相來促進w合金的燒結緻密； ni不僅參與形成ni - fe - w三元粘結相，並且在w晶界上通過與w的互擴散促進了固相w晶粒的粘合。 -
The relationship of interface temperature and interface bonding strength of aluminum alloy - steel transition joints in welding is analyzed through simulative heating treatment tests
摘要通過模擬熱處理試驗，分析了焊接時界面溫度與界面結合強度的關系。
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