镁锰合金

本文叙述了棒状镁锰合金牺牲阳极在已建成储罐底版阴极保护中的应用，工艺计算和安装要点。

The paper describes the application , techinical calculation and install method of Mg-Mn alloy sacrifical anode cathodic protection to built tank .

研究了Ca对镁锰合金显微组织和腐蚀性能的影响。

The effect of calcium on microstructure and corrosion resistance of magnesium-manganese alloy was studied .

当镁锰合金中加入的Ca含量达到0.6%时，镁锰合金的晶粒显著细化，并且腐蚀速率下降为原来的11.8%。

Grain refinement can be greatly improved by adding 0.6 % Ca element to magnesium-manganese alloy and the corrosion rate decreases to 11.8 % .

镁锰合金的晶粒细化及其耐蚀性的研究

Study on Grain Refinement and the Corrosion Resistance of Magnesium - Manganese alloy

铝镁锰合金建筑板材的结构设计研究

Construction Design Study on Al-Mg-Mn Alloy Building Sheets

镁锰合金（镁是其中主要成分），经锻造

Magnesium-manganese alloy ( magnesium predominating ), wrought

目前使用最广的是镁铝合金，其次是镁锰合金和镁锌锆合金。

At present the most widely used is magnesium alloy , magnesium alloy and followed by manganese zinc magnesium zirconium alloys .

该制取镁锰合金的方法具有工艺流程短、产品质显好的特点，并能更有效地回收熔盐氯化废盐中的有价元素。

This process is characterized by simple process flowsheet , excellent quality of productsobtained , and permitting valuable elements to be recovered effectively .

其原因主要是由于形成了Mg2Ca相，使镁锰合金的腐蚀电流密度降低，从而阻碍了镁锰合金的腐蚀。

This is mainly caused by the formation of Mg_2Ca phase , which acts as an effective barrier against corrosion and makes the corrosion current density decreasing .

针对杭州大剧院后屋盖复杂的形状，我们采用国际上先进的扇形铝镁锰合金直立锁边防水系统，从原理上杜绝了雨水渗漏的可能。

For the complicate shape of back roof in Hangzhou Grand Theatre , we adopt the international ad-vanced waterproof system of tapered aluminium magnesium manganese alloy with standing seam .

进行了铝镁锰合金建筑板材的材性试验，比较了其与钢材的力学性能差别；

The paper gives the results of material test for the Al-Mg-Mn alloy building sheets and the comparison of the material behaviors between Al-Mg-Mn alloy building sheets and steel .

指出了铝镁锰合金建筑板材有效截面计算及剪切屈曲应力计算与钢材有显著差异，在此基础上提出了适合铝镁锰合金建筑板材的结构设计方法和计算公式。

In the same time , in team of the calculation of the effective section and shear buckling stress , the paper proposes the construction design method and formula fitting the Al-Mg-Mn alloy building sheets .

镁&锰合金的腐蚀特性及其显微组织分析

The Erosion Characteristics of Magnesium-Manganese Alloy and Analysis of Micro Structure

镁-1.5钍-0.8锰合金高温蠕变行为的研究

On the behavior of high temperature creep of a mg-1.5 % th-0.8 % Mn alloy

在流动海水中，铝合金比普通碳钢和紫铜耐蚀，特别是铝镁系和铝镁锰系合金，可以与90/10铜镍合金媲美。

The corrosion resistance of Al alloy in flowing seawater is superior to that of carbon steel and copper , especially the Al-Mg and Al-Mn alloys which can be compared with that of 90 / 10 Cu / Ni alloy .