overburning

Workpieces are susceptible to overburning at high current densities in hard anodic oxidation of aluminum alloys . Hard anodic oxidation of aluminum alloys was processed at high current densities with different wave shape .

铝合金硬质阳极氧化工艺由于在高电流密度时零件易于被烧毁，采用在不同波形电源所产生的高电流密度下进行铝合金硬质阳极氧化。

Application of Systems Engineering Methodology in Ammunition Overburning System

系统工程在弹药减压式烧毁中的应用

Discussion on Rapid Changing Technique for Overburning Cooling Stave of BF

高炉在用烧损冷却壁快速更换技术的探讨

Reasons for Overburning of secondary nozzle of gas combustion turbine

燃气轮机二级喷嘴烧损原因探讨

Analysis of Deformation Due to Overburning of Water Cooling Walls of 75t / h Boilers and Treatment Measures

75t/h锅炉水冷壁过烧变形分析及处理措施

Rapidly Nondestructive Testing of the Overburning , the Cracks and the Hardness of the High-speed Steel Parts

高速钢件过烧、裂纹和硬度的快速无损检测

Prevention of Overburning of the roll shaft cone in finshing stand of hign-speed wire mill

高线精轧机辊轴锥面烧损的预防

Research about homogenizing and Overburning of ld_2 and ld_ ( 31 ) alloy ingot

LD2、LD（31）合金铸锭均匀化及过烧研究

The curves of contact couple corrosion current density vs time were measured for metal holders with two different coatings and Al conductor , and the morphologies of corrosion products were analyzed as well as the moderate temperature overburning resistances of different coating were also determined .

测定了两种镀层电力金具与输电铝导体接触电偶腐蚀电流密度与时间的关系，分析了腐蚀产物的形貌，测定了不同镀层的中温抗烧蚀性能。

Due to the diversity of the working conditions , some main thermal parameters for the furnace cannot be directly or continuously tested ( for example , the temperature changing process as the billet in the furnace ), resulting in frequent overburning or undersintering during the production .

由于加热炉工况的多样化，某些反映加热炉主要的热工参数不能直接或连续地检测（如：钢坯在加热炉内温度过程变化），导致生产常出现过烧和欠烧现象。

In the melting of Al-Mg Alloy , because the chemical property of magnesium is active , the oxidation and overburning of the alloy is very serious . Not only the receiving rate of magnesium in alloy is affected , but also the numerous economic losses will taken place .

在铝镁合金熔炼过程中，因为镁的化学性质活泼，导致合金的氧化、烧损现象十分严重，不仅降低了合金中镁的收得率，而且造成了巨大的经济损失。