合金的例句大全

An alloying element that enhances corrosion resistance along with chromium in stainless steels.

不锈钢中的一种合金元素与铬元素一样提高不锈钢抗腐蚀性能.

Besides this, he knew sometimes hemp was used to alleviate pain.

他知道了黄铜是铜和锌的合金.

Aokemei kitchen lighting unit applies extra-hard anti-ageing quality alloy material.

奥柯美厨房照明模块采用高强度合金铝材料,质感强, 抗老化 性好.

Also, the rare earth plays a certain part in microalloying and ageing resistance of the sheet.

同时, 稀土在钢中还具有一定的微合金化作用及抑制钢板时效的作用.

The welding methods, heat-affected zone, and design method of weld strength are introduced.

文中介绍铝合金的焊接方法 、 接热影响区以及焊接强度的设计方法.

Titanium alloys are widely used in aerospace industry due to their excellent mechanical properties.

钛合金是航空航天工业中应用广泛的一种难加工材料.

However the laser cladding of iron-based alloy brings some problemsas crack, oxidation , burning loss, hole.

工艺的选择等方面着手解决了铁基合金的激光熔覆中存在的容易开裂 、 容易氧化 、 容易产生气孔等问题.

When joint is filled, a continuous run of solder or brazing alloy will be visible.

在安装连接部件时, 可以看到焊料和钎焊合金继续流动.

The temperature of the joint should be hot enough to melt the brazing alloy.

连接部位的温度应该高到能够融化铜焊合金.

Commonly used materials: titanium, titanium alloy, stainless steel, iron, aluminum, copper, beryllium copper.

常用材料: 钛 、 钛合金 、 不锈钢 、 铁 、 铝 、 铜 、 铍铜等.

Parts in contact with liquid in pipe are of brass and beryllium copper.

在管道内与流体接触的部件是黄铜和铍铜合金.

The alloy constitution , property and application in automotive industry of beryllium copper are introduced.

介绍了铍铜的合金成分和性能以及在汽车工业中的应用.

The impact fatigue property of cemented carbide was studied by impact bending test in this paper.

采用冲击弯曲试验研究了硬质合金的冲击疲劳性能.

The atmospheric corrosion behavior of thixoformed AZ 91 D magnesium alloys at Lanzhou was studied.

研究了兰州大气中触变成型镁合金AZ91D的腐蚀行为.

Hollow electronic beam welding can solve the difficult problems of the aluminium alloy's welding.

真空电子束焊接独特的优点可以解决铝合金的焊接难题.

Atomic Bonding and Mechanical Property of Al-Mg Alloy with Trace Zr

掺微量Zr的Al-Mg合金的原子成键与力学性能

Atomic Bonding and Mechanical Property of Al-Mg-Sc Alloy

Al-Mg-Sc合金的原子键强与力学性能

Study about Production Processes of Aluminium Alloy Architectonical Profiles

6063-T5铝合金建筑型材生产工艺优化

Porous CPC exhibits more bone formation and higher mineralization appositional rate than porous titanium scaffold.

CPC材料的新生骨量、成骨速率均高于钛合金材料。

We can antipasti that by using magnetron-sputtering technique there is a very fine applied foreground after new generation bearing appears.

预计利用磁控溅射超细合金材料涂层技术的新一代轴瓦会有十分广阔的应用前景。