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脈沖電場對取向硅鋼磁性能及織構的影響

Effects of pulse electric fields on the magnetic properties and texture of oriented silicon steel

  • 摘要: 采用硅鋼自動測量裝置及X射線衍射儀檢測出樣品在實驗前后的磁性能參數和織構強度.結果表明:較低的電壓、9 Hz、較長的處理時間以及退火溫度為650℃有利于增高鐵損降低比例;較低的電壓、較高的頻率以及退火溫度為650℃有利于增加磁感應強度增高比例.最佳的提高磁性能的實驗參數是:頻率為9 Hz,電壓為500 V,處理時間為6 min,退火溫度為650℃.通過織構分析可以驗證:取向硅鋼磁感應強度的變化取決于110<001>晶粒取向度值,而110<001>取向度值可看成是一個反映總體平均偏離角大小情況的綜合值.

     

    Abstract: An automatic measurement system for silicon steel and an X-ray diffraction meter were used for measuring the magnetic property parameters and texture of ex-processed samples and processed samples.It is shown that under the condition of a lower voltage,9Hz,a longer processed time and an annealing temperature of 650℃,the decrease rate of iron loss can be increased;a lower voltage,a higher frequency and an annealing temperature of 650℃ are in favor of improving the increase rate of magnetic induction.The best test parameters for improving the magnetic properties are the frequency of 9Hz,the voltage of 500V,the processing time of 6min and the annealing temperature of 650℃.Through texture analysis,it is verified that the change in magnetic induction of oriented silicon steel depends on the 110 001 orientation degree and the 110 001 orientation degree can be regarded as a comprehensive value which reflects the situation of the overall average angle of divergence.

     

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