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
4期
30-32
,共3页
复合薄膜%压磁性能%粉体粒径%薄膜厚度
複閤薄膜%壓磁性能%粉體粒徑%薄膜厚度
복합박막%압자성능%분체립경%박막후도
composite film%piezomagnetic property%particle size%film thickness
采用模压成型法制备Fe78Si9B13非晶粉体/丁基橡胶压磁复合薄膜，研究了粉体粒径和薄膜厚度对其压磁性能的影响规律。结果表明：复合薄膜的阻抗随粉体粒径和薄膜厚度的减小而增大；阻抗变化幅度随粉体粒径的减小呈现先增大后减小的趋势，随着薄膜厚度的减小而减小。用复合薄膜压磁性能的等效电路模型对实验结果进行了理论分析，所得结论与实验结果相符合。
採用模壓成型法製備Fe78Si9B13非晶粉體/丁基橡膠壓磁複閤薄膜，研究瞭粉體粒徑和薄膜厚度對其壓磁性能的影響規律。結果錶明：複閤薄膜的阻抗隨粉體粒徑和薄膜厚度的減小而增大；阻抗變化幅度隨粉體粒徑的減小呈現先增大後減小的趨勢，隨著薄膜厚度的減小而減小。用複閤薄膜壓磁性能的等效電路模型對實驗結果進行瞭理論分析，所得結論與實驗結果相符閤。
채용모압성형법제비Fe78Si9B13비정분체/정기상효압자복합박막，연구료분체립경화박막후도대기압자성능적영향규률。결과표명：복합박막적조항수분체립경화박막후도적감소이증대；조항변화폭도수분체립경적감소정현선증대후감소적추세，수착박막후도적감소이감소。용복합박막압자성능적등효전로모형대실험결과진행료이론분석，소득결론여실험결과상부합。
Composite film was prepared with Fe78Si9B13 amorphous powders as reinforced material and butyl rubber as matrix by means of compression molding,and influences of particle size and film thickness on the piezomagnetic property were studyed. The results show that the impedance of composite film increases with the decrease of particle size and film thickness;the rangeability of impedance increases first and then decreases with particle size decreasing,and decreases with film thickness decreasing. The experimental results were theoretically analyzed with equivalent circuit model of piezomagnetic property of composite film,and the conclusions are consistent with the experimental results.
