钼板

纯钼板及钼合金板热轧工艺探讨

Study on hot-rolling technology of pure molybdenum plate and molybdenum alloy plate

高纯钼板断口形貌和组织分析

Fracture and Structure Analysis of Pure Molybdenum Plate

轧制方式对Mo-1钼板组织和性能的影响

Effect of Rolling Method on Microstructure and Properties of Mo-1 Sheet

AKS掺杂钼板显微组织与力学性能研究

Microstructure and Mechanical Properties of AKS-doped Molybdenum Plate

交叉轧制的Mo-1钼板具有良好的深冲性能。

The heat stamping experiment proves the deep drawing property of Mo-1 sheet .

用金相显微镜观察了热轧及退火的组织；测试了0.2mm厚的成品钼板力学性能。

The microstructure after heating rolling and annealing was observed by metallography microscope , and the mechanical properties of finished Mo plate with 0.2 mm in thickness was tested .

通过对宽度大于600mm钼板在生产过程中的宽展量进行统计分析，验证了宽展量受辊径、轧制道次、坯料尺寸等因素的影响。

With statistical analysis of widthwise elongation of molybdenum sheet of width > 600 mm in production process , the influence of the roll neck , the rolling path , the billet size and other factors on sheet widthwise elongation is studed .

结果表明，轧制参数对钼板抗拉强度、延伸率有显著影响，轧制温度、初道次变形率分别为850℃和37.5%时，Mo-1钼板的综合性能最好。

The results show that rolling parameters have an important effect on the properties including tensile strength and extensibility , and when rolling temperature is 1250 ℃ and the first pass deformation rate is 37.5 % , the Mo-1 sheet has the best integrated properties .

冷轧纯钼板的织构研究

Investigation of textures in cold - Rolled Pure Mo plates

退火温度对掺杂钼板性能的影响

Effects of Annealing Temperature on Properties of Doped Molybdenum Sheet

稀土高温钼板室温塑韧性研究

Study on the Room-Temperature Plasticity and Toughness of Rare Earth Oxide-Doped Molybdenum Sheet

改善钼板轧制工艺提高钼板轧制质量

Improvement of molybdenum sheet rolling process and upgrade of the molybdenum sheet rolling quality

稀土钼板的显微结构及其性能分析

Rare Earth Molybdenum Sheet Microstructure and Properties Analysis

钼板轧制工艺与弯曲工艺性能

Rolling process of molybdenum sheet with bending properties

宽钼板轧制过程中宽展量的研究

Elongation in Rolling Process of Wide Molybdenum Sheet

可控硅及电真空用钼板鉴定会在本溪召开

An Appraisal Meeting of Molybdenum Plate Used in Silicon-controlled Rectifiers and Electric Vaccums Held in Benxi

这为在工程现场焊接较厚的钼板和钼管提供了一种简单可行的方法。

The technology provided a simple and practicable means for welding : thicker molybdenum plates and pipes in work site .

而1300℃左右的开坯温度和20%以上的加工率将有利于钼板轧制生产的进行。

The ~ 1 300 ℃ cogging temperature and > 20 % deformation rate is good for Mo plate rolling .

XM-Ⅱ型无水冷防氧化保护钼板电极在代铂拉丝炉中的实际应用

Application of XM - ⅱ non-water cooled Mo plate electrodes with anti-oxidation protection in refractory built marble remelting furnace for glass fiber drawing

交叉轧制使钼板中{001}〈110〉织构和{111}纤维织构同时明显增加。

The { 001 } < 110 > texture and the < 111 > fiber texture in ND were increased markedly by cross-rolling process .

同时讨论了织构形成机制，为深冲钼板的加工和研究提供了依据。

The mechanism of the textures formation were also discussed to provide a reference for the processing and research of deep drawn Mo Plates .

钼板轧制工艺过程难以控制，轧废现象严重、成品率低，导致生产成本增大，因而寻求适宜的加工工艺势在必行。

Because it is difficult to control rolling process of molybdenum sheet , there is much defective material and low rate of finished products .

结果表明：纤维状组织的高纯钼板具有良好的室温韧性，其断裂表现为准解理断裂；

Results showed that pure molybdenum plate with the fibrous microstructures possessed a good quality of ductility , and its fracture behavior was quasi-cleavage fracture .

最后简介了这种钼合金板的使用情况。

Finally , the applications of this moly alloy sheet is introduced briefly .

多元高铬钼铸钢导卫板的研制

Study and manufacture of high Cr Mo cast steel guide