Determination of Néel Temperatures in Fcc Iron

تعيين درجات حرارة نيل في الحديد المكعب ممركز الأوجه

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ID: 117451
1970
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Abstract
The Néel temperatures of 304 stainless steel and γ-Fe precipitates stabilized in the copper lattice have been determined by making use of the Mössbauer effect. The Néel temperature for the stainless steel is 38°±2°K and for two different sizes of γ-Fe precipitates, the Néel temperatures are 55°±3°K and 67°±2°K. The measured Néel temperatures are compared with previous determinations by other methods and the variation of the Néel temperature of precipitates in the Cu—Fe system is discussed. Estimates are made of the magnetic field at the iron nucleus for each case.
حُدِّدت درجات حرارة نيل للفولاذ المقاوم للصدأ 304 ولرواسب حديد-غاما ($\gamma$-Fe) المستقرة في شبكة النحاس البلورية بالاستفادة من تأثير موسباور. وتبلغ درجة حرارة نيل للفولاذ المقاوم للصدأ 38 ± 2 كلفن، في حين تبلغ 55 ± 3 كلفن و67 ± 2 كلفن لحجمين مختلفين من رواسب حديد-غاما. كما قُورنت درجات حرارة نيل المقاسة بتلك المحددة سابقاً بوساطة طرق أخرى، ونُوقش تغير درجة حرارة نيل للرواسب في نظام Cu—Fe. وأُجريت تقديرات للمجال المغناطيسي عند نواة الحديد لكل حالة.
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u.1970japdetermination Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
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Journal journal of applied phycology
Year 1970
DOI
doi:10.1063/1.1702749
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