上海应用技术学院学报:自然科学版
上海應用技術學院學報:自然科學版
상해응용기술학원학보:자연과학판
Journal of Shanghai Institute of Technology: Natural Science
2011年
2期
164-166
,共3页
工作频率%居里温度%RL交流电桥
工作頻率%居裏溫度%RL交流電橋
공작빈솔%거리온도%RL교류전교
working frequency%curie temperature%RL AC bridge
采用RL交流电桥来测量磁性材料的居里温度,通过分析升温和降温两种过程曲线,研究低频和高频工作状态对测量磁性材料居里温度的影响。结果表明:工作频率的高低对测量磁性材料居里温度的影响不大,但在高频条件下测得的居里温度更精确,这符合铁氧体磁性材料具有适于更高频率下工作的特性。
採用RL交流電橋來測量磁性材料的居裏溫度,通過分析升溫和降溫兩種過程麯線,研究低頻和高頻工作狀態對測量磁性材料居裏溫度的影響。結果錶明:工作頻率的高低對測量磁性材料居裏溫度的影響不大,但在高頻條件下測得的居裏溫度更精確,這符閤鐵氧體磁性材料具有適于更高頻率下工作的特性。
채용RL교류전교래측량자성재료적거리온도,통과분석승온화강온량충과정곡선,연구저빈화고빈공작상태대측량자성재료거리온도적영향。결과표명:공작빈솔적고저대측량자성재료거리온도적영향불대,단재고빈조건하측득적거리온도경정학,저부합철양체자성재료구유괄우경고빈솔하공작적특성。
By using RL AC Bridge,Curie temperature of magnetic material is measured.Through analysis of two process curves of heating and cooling,the influence of Low-frequency and High-frequency on measuring Curie temperature of magnetic material is studied.The experiment results show that measuring Curie temperature of the magnetic material is not too much affected by high or low working frequency,but Curie temperature is accurate at high frequency and this is in accordance with the fact that Ferrite magnetic materials are fit for working at high frequency.