1. 英文翻译、焊接
d。分析了至少1030ºC漏气关节
在1030oC brazes产生的结果混杂。在15分钟的各种不同的金属箔融化漏气和粘结在一起的不锈钢却没有交互YSZ,图6。在1030oC 30分钟,填充金属熔化完全是更均匀;它的反应与YSZ本地和保税。
图7显示更多的突出的孔隙比1010oC漏气的漏气。/ 60图11相当于1030oC / 30 '漏气,它描绘了不同地区的漏气。这个过渡区旁边的不锈钢保持不变的宽度和组成,(即68.0 - 70.0背景。”小钛、铬、。13.0 7.0 - 12.0硅油、。12 - 7.0级菲妮)。”小宽带的金属越来越大,漏气95 - 105 Im,作为窄频带漏气的金属缩小到30 - 35化生。一个大的浅灰色的第二阶段是正确的中心的共同的图11漏气点分析,2001(1)显示在图11a,这一阶段都有相同的化学中发现的过渡区旁边的不锈钢。在晶像结构是双方的第二阶段,这个大深灰色矩阵是决定α-Ti和光明阶段包括88.0 -有效率,重。”小。”~ 8.0 7.0级2.0 - 3.0重铬、铁和1.0。”- 2.0扭转。妮。
狭窄的乐队的金属(白色阶段漏气的界线这两者之间的乐队在漏气金属)变得更小,除了萎缩,附呈YSZ变长了。看来好像有一些类型的竞争发展阶段,这两者之间的光。现场分析》的白色相(# 2在图11)显示一个成分组成的股份并8.0 92.0。”小结节,含有镍附有YSZ,包含了锆、现场分析地点# 3(图11)导致了87.5%,重。”,重约九百八十。和2.7硅油。%市场。不同组织的组成成分的窄带为1030°C / 30的到底是什么东西都一致漏气和对应的1010°C / 60 '。
没有反应在金属/ YSZ漏气被发现,但界面α-Ti矩阵和都浅灰色结节的陶瓷基片、粘结托槽粘结只能成为可能,如钛氧化,然后形成一种局部固溶与二氧化锆产品。证据的限制减少二氧化锆产品是由孔隙中找到的,而这个接口和在场的一些道路的浅灰色结节YSZ相连。需要注意的是,这种浅灰色的阶段并不相邻接口仅仅包含在92.0钛、镍重。”在8.0级的背景下,但是随后的结节”,附有YSZ约270背景水平稍低水平,%锆钛88.0背景,以不变的镍
2. 焊接英语
我来看看 可能差不多的
电阻点焊是运用于几乎所有金属的的焊接技术。实际的焊点在被焊工件的接触面上。焊接材料的电阻在焊接件的接触面上引起局部加热熔化。为了获得最令人满意的结果必须要开发每种类型材料的焊接工艺 。分路电流流过之前的焊点时有可能使焊接电流偏离后面一个个需要焊接的点。如果两个焊点太接近的话，这种情况将会在所有金属的焊接过程中发生。准确的时间，压力和电流设置依赖于实际的应用以及电阻点焊设备的千伏安额定工作参数。这家公司提供的额定工作参数的一些部分可能不适用于电阻点焊机。
3. 焊接专业英语翻译~高手来啊
1.按照单班1.5台，两班制实现2.5台
1. In accordance with a single class of 1.5 units, two-shift system to achieve 2.5 to Taiwan
2 定位臂的焊磨
2 position of the arm welding mill
3 人工燕尾角的堆焊
3 swallow-tailed artificial surfacing Kok
4 筋板厚度方向焊缝和三向交汇焊缝交汇点处理
4 ribs direction of the thickness of the weld seam and the three-way intersection at the crossroads deal
5 内筋焊接
5 welding bars
6 外体扣合
6 Waitikouhe
7 筋板内部一层，外侧满焊
7 ribs internal layer, over Welding lateral
8 人工焊磨
8 artificial welding mill
9 横梁燕尾角堆焊
9 swallow-tailed angle beam welding
4. 焊缝的英语翻译 焊缝用英语怎么说
焊缝
soldering seam; weld bead; weld joint; weld seam
5. 焊接的英语翻译 焊接用英语怎么说
焊接
[词典] welding; weld; soldering; seal; jointing;
[例句]不锈钢是有可能和普通钢焊接在一起的。
It's possible to weld stainless steel to ordinary steel
6. 焊接英语，一句话翻译
Weld plans did not note the tag, in addition to similar conditions, as appropriate, welding, welding high are welded pieces of mother-thin 0.7 t angle for the Weld
7. 焊接的定义用英语怎么说
Welding is a fabrication or sculptural process that joins materials, usually metals or thermoplastics, by causing coalescence. This is often done by melting the workpieces and adding a filler material to form a pool of molten material (the weld pool) that cools to become a strong joint, with pressure sometimes used in conjunction with heat, or by itself, to proce the weld. This is in contrast with soldering and brazing, which involve melting a lower-melting-point material between the workpieces to form a bond between them, without melting the workpieces.
Arc weldingMany different energy sources can be used for welding, including a gas flame, an electric arc, a laser, an electron beam, friction, and ultrasound. While often an instrial process, welding can be done in many different environments, including open air, under water and in outer space. Regardless of location, however, welding remains dangerous, and precautions must be taken to avoid burns, electric shock, eye damage, poisonous fumes, and overexposure to ultraviolet light.
Until the end of the 19th century, the only welding process was forge welding, which blacksmiths had used for centuries to join metals by heating and pounding them. Arc welding and oxyfuel welding were among the first processes to develop late in the century, and resistance welding followed soon after. Welding technology advanced quickly ring the early 20th century as World War I and World War II drove the demand for reliable and inexpensive joining methods. Following the wars, several modern welding techniques were developed, including manual methods like shielded metal arc welding, now one of the most popular welding methods, as well as semi-automatic and automatic processes such as gas metal arc welding, submerged arc welding, flux-cored arc welding and electroslag welding. Developments continued with the invention of laser beam welding and electron beam welding in the latter half of the century. Today, the science continues to advance. Robot welding is becoming more commonplace in instrial settings, and researchers continue to develop new welding methods and gain greater understanding of weld quality and properties.
8. 焊接英文翻译
氩弧焊联合，支持应用
作为焊接
管状（通量）芯金属弧焊与活性气体屏蔽
角焊缝封闭运行
矿渣删除
9. 焊接英语翻译 跪求 考试用
埋弧焊主要用在环缝上，环缝上的产品在一个固定头下旋转。焊接可以用在内外径上。 埋弧焊产生一个大的焊接熔池和流动的熔渣。这要求焊条要放在外径最高点上方或是12点钟位置，这样焊缝金属才能在滑落之前凝固。被焊接的产品直径更小， 焊接难度越大。焊条位置放置不当会增大夹渣或焊接表面不良的可能。焊条的角度应该变化指向产品旋转的路径。当内径焊接完成，焊条应该在下止点上方或是六点钟位置。图片2-7具体解释了这两种情况。
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