金属学报  1959, Vol. 4 Issue (1): 60-68

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晶粒取向镍-铁合金的矩形磁滞回线

戴礼智;刘壬宝;王立科

钢铁研究院;钢铁研究院;东北人民大学

THE RECTANGULAR HYSTERESIS LOOP OF GRAIN ORIENTED NICKEL-IRON ALLOY

TAI LI-CHI (L. C. TAI);LIU REN-PAO;WANG LI-KO Iron and Steel Research Institute; Peking North-East Peoples University; Changchun

戴礼智;刘壬宝;王立科. 晶粒取向镍-铁合金的矩形磁滞回线[J]. 金属学报, 1959, 4(1): 60-68.
, , . THE RECTANGULAR HYSTERESIS LOOP OF GRAIN ORIENTED NICKEL-IRON ALLOY[J]. Acta Metall Sin, 1959, 4(1): 60-68.

摘要 参考文献 相关文章 Metrics 全文: PDF(872 KB)   摘要: 用直流和交流方法试测合镍与含铁各约50％的镍-铁合金的磁性。剩磁感与饱和磁感的比值Br/B_r,与矫顽力H_c作为评比材料的指标。 本实验所用样品于热轧后经过三种冷轧压延率;即(Ⅰ)94％,(Ⅱ)98％,与(Ⅲ)99％。第(Ⅰ)类与第(Ⅱ)类样品分别在5个温度保持1小时;即(1)900°,(2)1000°,(3)1100°,(4)1200°,与(5)1300℃。 第(Ⅲ)类样品在1100℃分3个保温时间熟炼;即(1)30分,(2)1小时与(3)11/2小时。这三类经过再结晶的样品的磁滞回线均经分别测出。 合金的立方织构的形成曾用X-射线极图方法进行研究。结果将见另一篇报告。 对于这种用于磁放大器等的合金材料的发展,最后作了讨论。 Abstract：The D. C. and A. C. methods are used for the measurement of the magnetic properties of 50pct. nickel and 50 pct. iron Ni-Fe alloy. The ratio between the remanence and the magneticsaturation induction, B_r/B_s, and the coercive force, H_c, are taken as a criterion for assessing themagnetic characteristics of the alloy. The samples used in the experiments are cold-rolled with (Ⅰ) 94 per cent, (Ⅱ) 98 per cent and(Ⅲ) 99 per cent reductions. The class Ⅰ and class Ⅱ samples are annealed at (1) 900°, (2) 1000°, (3)1100°, (4) 1200° and (5) 1300℃ for one hour. The class Ⅲ samples are annealed at 1100℃ for(1) 30 minutes, (2) one hour, and (3) one and half an hour respectively. The formation of the cubic texture of the alloy has been studied by the X-ray pole figuremethod and the results Will be presented in another paper. The development of the material used for the magnetic amplifiers is finally discussed. 收稿日期: 1959-01-18      服务 把本文推荐给朋友 加入引用管理器 E-mail Alert RSS 作者相关文章 戴礼智 刘壬宝 王立科 44.8K 链接本文: https://www.ams.org.cn/CN/      或      https://www.ams.org.cn/CN/Y1959/V4/I1/60 [1] Six. W., Snoek, J. L., Burgers, W. G., Der Ingenieur, 49 (1934) , E195． [2] Becker, R., Doring, W., Ferromagnetismus. (1939) , S. 431． [3] Pawlek, F., Z. Metallkunde, 27 (1935) , 160． [4] Crede, J. H., Martin, J. P., Journ. app. Phys., 20 (1944) , 966． [5] Seymour, W. E., Harker, D., Trans. AIME, 188 (1950) , 1001． [7] Розенблат,М.А,Магнитние Усилители,(1955) ,译本“磁放大器”,人民邮电出版社(1958) . [8] 地内骏,田中满,日本材料试验,由气材料特集号,41(1957) ,78． [9] Ward, C. E., Littmann, M. F., Trans. AIEE, 74 (1955) , 422． [10] Кифер, И. И., Пантюшин, В. С., (1955) , 179． [11] Pawlek, F., Magnetische Werkstoff, (1953) , S. 196． [12] Dahl, O., Pawlek, F., Z. Metallkunde, 28 (1936) , 266． [13] Dahl, O., Pawlek, F., Z. fur Physik, 94 (1935) , 504． [14] Rathenau, G. W., Custers. J. F. H., Philipps Res. Rep., 4 (1949) , 241． [15] Wassermann, G., Z. Metallkde., 28 (1936) , 262． [16] Kronberg, W. L., Wilson, F. H., Journ. of Metals, 185 (1949) , 501． [17] 戴礼智、张信钰,刘壬宝,金属学报,4(1959) ,52． No related articles found! Viewed Full text Abstract Cited   Shared      Discussed