ac1

FeO / AC composite adsorbent materials were respectively compounded by coal-based activated carbon ( AC1 ) and iron oxide , wood-based activated carbon ( AC2 ) and iron oxide .

用煤质活性炭AC1和木质活性炭AC2与本实验自制的氧化铁合成氧化铁/活性炭（FeO/AC）复合吸附材料。

Using AC1 as catalyst , factors affecting COD decreasing rate in treating molasses alcohol waste water by internal electrolysis-catalytic oxidation process were studied , such as reaction time , waste water concentration , initial pH value , temperature .

在内电解&催化氧化法处理糖蜜酒精废液的研究中，以AC1作为催化剂，考察了反应时间、废液浓度、废液初始pH值、反应温度四因素对废液COD去除率的影响规律。

At the same time the transformation points , Ac1 , Accm and Ms were measured using thermal dilatometer and differential scanning calorimeter . Then different isothermal transformation treatments of the steels were carried out .

同时利用膨胀法和差示扫描量热法测定了两种钢的相变点Ac1、Accm和Ms。然后对试样进行了不同工艺的低温等温转变处理。

Scatters diagrams and three statistical criteria ? mean squared error , mean squared relative error and score of fitness were used to evaluate the prediction performance . The three criteria of predicting Ac3 and Ac1 using neural network are 23.8 ℃, 14.6 ℃;

用散点图和均方误差、相对均方误差和拟台分值二个统汁学指标评价模型的预测性能人工神经网络预测Ac3和Ac1的三个统计学指标分别为23.8℃，14.6℃；