Question

求翻译，各位大神给力啊

2.2　Corrosion fatigue analysis
The corrosion environment in the vacuum distillation
tower can be regarded as a kind of solution with a mass
fraction of 0.5 mg KOH/g. After conducting calculations
regarding the solution with a mass fraction of 0.5 mg
KOH/g at a temperature of 310 ℃ and the solution with a
mass fraction of 50 mg H2SO4/g at a temperature of 25 ℃,
the Fe element has two chemical reaction rate values,
which are equal to each other approximately. As a result,
we can use the corrosion fatigue curve of Fe element in
the solution having a mass fraction of 50 mg H2SO4/g at a
temperature of 25 ℃ to predict the life range of packing
model.
Both the physical and chemical nature of 316 L stainless
steel and 19Cr12Ni stainless steel is similar. Therefore, if
we cannot get the corrosion fatigue curve of the former,
we can use the corrosion fatigue curve of the latter to analyze
the life range of packing model as an approximation.
Having known the character of corrosion fatigue curve of
19Cr12Ni stainless steel[11], which has a life range of 107
and 5×107 under a stress loading of 100 MPa and 80 MPa,
respectively, we then get the description of corrosion fatigue
curve of packing material expressed as a function
approximately.

Answer 1

2.2腐蚀疲劳分析
在减压蒸馏的腐蚀环境
塔可以被视为一种与大量的解决方案
0.5mgKOH/g的分数。后进行计算
关于0.5毫克的质量分数与解决方案
KOH/g在温度为310℃和与解决方案
h2 如此 4/g在温度为25℃，50毫克的质量分数
铁元素有两个化学反应速率值，
大约是彼此相等。其结果是，
我们可以使用中铁元素的腐蚀疲劳曲线
有50毫克 h2 如此 4/g质量分数的解决方案在
25℃来预测包装的生活范围
模型。
316L不锈钢的物理和化学性质
钢和19Cr12Ni不锈钢是相似的。因此，如果
我们不能在前，腐蚀疲劳曲线
我们可以使用后者的腐蚀疲劳曲线分析
包装作为一种近似模型的生活范围。
有已知的腐蚀疲劳曲线的字符
19Cr12Ni不锈钢 [11]，其中有107的生活范围
和5 × 107100MPa和80兆帕的压力荷载作用下
我们分别，然后得到腐蚀疲劳的描述
包装材料表示为函数的曲线
约。

完全翻译过来，望采纳。