alloy ['ælɔi; ə'lɔi]
- alloy的基本解释
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n.
合金
- Brass is an alloy of copper and zinc.
- 黄铜是铜和锌的合金。
- This is not pure gold; there is some alloy in it.
- 这不是纯金,里面混有杂质。
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vt.
减低成色, 使成合金, 将...铸成合金
- Pleasure alloyed with pain.
- 欢乐因痛苦削弱了。
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vi.
合铸
- 相似词
- 相关歌词
- Frontwards
- Start It Up
- Start It Up (UK Remix)
- Dangerous Girl
- Gasoline
- Cross My Heart And Hope To Die
- 拼写相近单词
- allo
- alloaesthesia
- alloantibody
- alloantigen
- allocable
- allocatable
- allocate
- allocated
- allocatee
- allocates
- alloy所属的单词分类
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Metal / 金属
[28]
yellow gold · zinc · uranium · tungsten · titanium · tin · steel · stainless steel · silver · platinum
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The results show that constitutional phases in the 〓 alloy is the same as that in the 〓 alloy, but phase composition and transformation temperatures of two alloys are quite different. The Ms temperature of the 〓 alloy is lower than-180℃. In order to enable the alloy to be used for making pipe couplings, it is necessary to control Al addition and to increase Ti addition in the alloy. In the 〓 alloy, there exist three constitutional phases: TiNi matrix phase with B19′structure,β-Ta phase and NiTa〓 phase. Transformation temperatures, M〓, Ms, As and A〓, of the alloy are 55℃, 66℃, 94℃ and 109℃, respectively.
结果表明,〓合金显微组织的相组成物与〓合金一样,但相成分明显不同,相变温度相差较大,其Ms温度低于-180℃,要想使该系合金用于制作记忆合金管接头,必须控制铝的添加量并提高合金中的钛含量使合金的Ms温度控制在-80℃~-100℃之间;〓合金是由具有B19'结构的TiNi基体相、β—Ta固溶体和NiTa〓化合物三相组成的,其相变温度M〓、Ms、As和A〓分别为:55℃、66℃、94℃和109℃。
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Alloy frame, Double Wall Alloy tire circle, Dishing brake, forging suspension front fork, Alloy adjustable handlebar stem with gears, alloy handle, alloy retroflex saddle tube, alloy adjustable rack, middle parking rack, Alum-plating electric mudgurads, alloy cranks, 1.75 glisten tires. SHIMANO 6-speed chains linker, SHIMANO gearlever, spring saddle,24V.9AH/13AH battery, intelligent meterplate, LED front and rear lights, 3-grade Electric Assist Driving System(1st,Bike;2nd,1:1 Standard Riding Pull-assist; 3rd,Strong Pull-Assist) 6-grade Manual speed changes,1.8A NiMH Battery chargerAlloy Power-cut Brake handle
描述: 6061#铝合金高强度车架,铝双层车圈、前后碟刹、铝前花鼓、锻造铝合金减震前叉、有牙铝合金把立、铝合金把横、铝合金翻转鞍管、铝合金可调节衣架、中支撑、铝合金曲柄,镀铝导电型前后泥板、1.75反光轮胎、禧玛诺外6速拨链器、禧玛诺变速杆、弹簧减震坐垫、9AH/13AH镍氢电池、智能仪表盘、LED照明前灯、后LED灯、三档电动助力驱动系统(一挡、自行车;二挡、1:1标准骑行助力;三挡、强助力)、6档机械变速、1.8A镍氢电池充电器、全铝断电刹车握把。
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The results show that:(1) after MA for 20h, single phase bcc nanocrystalline supersaturate solid solution formed in Fe84Nb7B9 and Fe80Ti8B12 alloys; the thermal stability of nanocrystalline microstructure in Fe80Ti8B12 alloy was improved significantly than that in Fe84Nb7B9 alloy, and the decomposition temperature of supersaturate solid solution decreased in Fe80Ti8B12 alloy.(2) under 30MPa/900℃/0.5h hot-press sintering conditions, the relative density of Fe84Nb7B9 and Fe80Ti8B12 bulk alloys were 96.7% and 95.5%, respectively. Compared with Fe84Nb7B9 alloy (muti-phase microstructure), Fe80Ti8B12 alloy was composed of superfine crystalline (50~200nm) of single phase α-Fe;(3) the magnetic properties of Fe80Ti8B12 bulk alloy σ(subscript s=198.6emu/g, H=54.6Oe were more excellent than that of Fe84Nb7B9 bulk alloy σ(subscript s=162.9emu/g, H=105.1G, it was related to the different phases formed during hot-press sintering and the grain size of nanocrystalline powder.
结果表明:(1)20hMA后,Fe84Nb7B9和Fe80Ti8B12均形成了单相bcc纳米晶过饱和固溶体,相对前者,后者纳米晶组织热稳定性明显提高,过饱和固溶体相分解温度略有降低;(2)在30MPa/900℃/0.5h热压条件下,Fe84Nb7B9和Fe80Ti8B12块体合金相对密度分别为96.7%和95.5%,相对前者,后者由超细晶(50~200nm)单相α-Fe组成;(3)Fe80Ti8B12块体合金软磁性能σ(下标 s=198.6emu/g,H=54.6Oe明显高於Fe84Nb7B9块体合金σ(下标 s=162.9emu/g,H=105.1Oe,此与纳米晶粉末在热压烧结过程中所形成相的种类和晶粒尺寸大小有关。
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alloy:合金
由于制作电解整流器需要使用钽(tantalum)与铅(lead)合金(Alloy),所以(Tannoy)的商标就这么巧合的凑了出来(Tan-noy). Guy Fountain在伦敦Dalton路创立了生产整流器的小工厂,而Tannoy公司于为诞生. 那时候的充电器采用水银蒸汽整流器,
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alloy:铝合金
车架:铝合金(Alloy)电机:前置高速无刷250W电机后轴:禧玛诺内三速后轴、罗拉刹车前叉:台湾信隆全铝合金密封液压前叉控制器:嘉特锂电专用控制器电池:敬众动力锂离子电池,
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alloy:混合
是在PBT树脂上混合(Alloy)改性剂,调节PBT的结晶速度,与普通玻璃纤维强化PBT相比,改善了产品外观(表面平滑性、光泽)的等级. 是在PBT树脂上混合(Alloy)非结晶性树脂,改善了结晶树脂歪曲特性的树脂,与普通玻璃纤维强化PBT相比,
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alloy:合金牌号
合金牌号alloy | 硅Si | 铁Fe
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alloy steel:合金钢
2) 合金钢(alloy steel)常用合金元素有硅锰镍铬铜钒钛、稀土元素等. 普通低合金结构钢,渗碳钢,调质钢,弹簧钢,滚动轴承钢3) 铸铁(cast iron)含碳量大于2.11%的铁碳合金,力学性能比钢差,不能锻造. 但具有优良的铸造性、减震性、...
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