兵器材料科学与工程
兵器材料科學與工程
병기재료과학여공정
Ordnance Material Science and Engineering
2013年
3期
99-100,101
,共3页
李兴远%夏法锋%陈达
李興遠%夏法鋒%陳達
리흥원%하법봉%진체
BP网络模型%脉冲电沉积%Cu-SiC镀层
BP網絡模型%脈遲電沉積%Cu-SiC鍍層
BP망락모형%맥충전침적%Cu-SiC도층
BP model%pulse electrodeposition%Cu-SiC coating
采用脉冲电沉积在A3钢表面制备Cu-SiC镀层,采用BP网络模型对脉冲电沉积Cu-SiC镀层的镀速进行预测研究。结果表明:本BP模型为3×9×1型神经网络模型,预测值与试验值曲线吻合较好;其相对误差较小,最大误差为2.7%,其相关系数为0.999,能较好地预测脉冲电沉积Cu-SiC镀层的镀速。
採用脈遲電沉積在A3鋼錶麵製備Cu-SiC鍍層,採用BP網絡模型對脈遲電沉積Cu-SiC鍍層的鍍速進行預測研究。結果錶明:本BP模型為3×9×1型神經網絡模型,預測值與試驗值麯線吻閤較好;其相對誤差較小,最大誤差為2.7%,其相關繫數為0.999,能較好地預測脈遲電沉積Cu-SiC鍍層的鍍速。
채용맥충전침적재A3강표면제비Cu-SiC도층,채용BP망락모형대맥충전침적Cu-SiC도층적도속진행예측연구。결과표명:본BP모형위3×9×1형신경망락모형,예측치여시험치곡선문합교호;기상대오차교소,최대오차위2.7%,기상관계수위0.999,능교호지예측맥충전침적Cu-SiC도층적도속。
The Cu?SiC coatings were deposited on the surface of A3 steel by pulse electrodeposition method. And a BP model was used for forecasting the plating rate of Cu?SiC coating. The results indicate that the BP model is 3×9×1 neural network model. The predicted values agree well with experimental values,the relative error is small,and the max error is 2.7%,the coefficient of correlation is 0.999. This BP model can be used to predict the plating rate of pulse electrodeposited Cu?SiC coatings.