alloy的例句大全

The hot brittleness mechanism and structure of surface oxide coating of low-alloy steels containing 0. 3%-0. 7% of copper have been investigated by means of hot/ cold bending tests, optical microscopy, SEM and EPMA.

用冷、热弯试验及光学显微镜、扫描电子显微镜和X射线微区分析仪分析研究了含0.3%～0.7%Cu的低合金钢表面氧化层结构及热脆机理。

Surface Oxidation and Hot Brittleness of Cu-Containing Low-alloy Steels

含Cu低合金钢表面氧化及热脆

Effect of Lanthanum on Hot Brittleness of the Al& 4% Cu Alloy

稀土La对Al-4%Cu合金热脆性的影响

Twin piston alloy callipers at the front and single piston callipers at the rear bring the large-diameter wheels to rest.

前轮是双活塞合金制动钳，而后轮是单活塞制动钳，可对大尺寸车轮进行制动。

Development of Isothermal Holding Furnace for High Quality Aluminum Alloy Melt

高品质铝合金液保温炉的研制

Effect of Boron Oxide on Iron Reduction in Magnesium Alloy

氧化硼除铁净化镁合金的研究

Casting Technique of the Aluminum Alloy Right Box and Prevention of Slag Blowhole Defects

铝合金右箱体铸造工艺及渣气孔缺陷防止

Main Elements of Secondary Blowhole in Silicon and Aluminum Alloy

影响铝硅合金中二次气孔的主要因素

The effect of alloy composition and original gas content on secondary blowhole is also studied. The Blowhole and Quality of Castings

研究合金成份和原始含气量对生成二次气孔的影响。铸件型腔气体和铸件品质

This paper attempts to design bogie frame which uses the aluminum alloy.

本文尝试采用铝合金材料来设计转向架构架。

Low alloy heat-resistant bolting steel is widely applied in large-capacity steam turbine and other generating machinery.

低合金耐热螺栓钢广泛应用于大功率汽轮机等发电设备中。

In the long term of production of the low alloy heat-resistant bolting steel, the out-of-tolerance of hardness is the one of the primary causes that leads to the rework of heat treatment.

在长期的生产中，低合金耐热螺栓钢硬度超差是造成该材料热处理返修的主要原因之一。

Effect of process parameters and interlayer on properties of 1420 Al-Li alloy diffusion bonded joint

1420铝锂合金扩散焊工艺及中间层材料对接头性能的影响

TEM study of bonding layers in dissimilar alloy explosive bonding joints

异种金属爆炸焊结合层的电子显微镜研究

Selection of the underlying bonding material generally chromium iron-nickel alloy.

粘接底层材料一般选用铬铁镍合金。

Technique, such as electronic probe, XRD, optical microscope, micro-hardness and macro hardness test, are applied to investigate the microstructure, phase structure, and analyze the alloy element distribution of metallurgical bonding layer and the material mechanical property changes.

利用电子探针、XRD、光学显微镜、显微硬度和宏观硬度测试等手段，研究扩散件试样的显微组织、物相结构，分析冶金结合层中合金元素分布和材料内部力学性能变化。

The influence of alloy ingredient on corrosion resistance of ternary boride cermet clad materials was studied.

研究了合金组分对覆层材料耐腐蚀性的影响。

Influence of Alloy Ingredient on Mechanical Property of Ternary Boride Based Cermet Cladding Materials

合金组分对金属陶瓷覆层材料性能影响的研究

Effects of aluminum alloy plate thickness on single-sided repair efficiency for boron fiber/ epoxy composites

铝合金板厚度对硼纤维/环氧复合材料单面修复效果的影响

Thickness effects on fatigue properties of cracked aluminum alloy plate single-side repaired with boron fiber/ epoxy patches

铝合金板厚度对硼/环氧补片单面修复试件疲劳性能的影响