破解地球磁场奥秘的密码:美索不达米亚陶器再次证实拜占庭砖块揭开的古老秘密

Ioannis Liritzis
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引用次数: 0

摘要

对考古遗址中发现的文物(如陶瓷或炉膛残留物)的磁化研究被称为考古磁学。这种技术基于这样一种观点,即某些材料在受热或暴露在极热环境中时,会按照地球磁场的方向和强度被磁化。该领域的发展是为了改进磁强计装置和样本大小,以及热剩磁测量技术。这有助于研究复杂地球磁场或地磁场(GMF)的变化,对地球物理和考古年代测定都有好处。地磁场在几百年或几十年内的快速变化,是真正的起源还是方法和样本不适合,一直是个争论不休的问题。本文讨论了约 40 年前从年代久远的拜占庭教堂获得的数据,这些数据首次证实了这种地磁峰值,同时还讨论了最近从美索不达米亚刻有文字的砖块和黎凡特矿渣中获得的考古地磁数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cracking the code of Earth's magnetic mysteries: ancient secrets unveiled by byzantine bricks reconfirmed by Mesopotamian ceramics
The study of the magnetization of artifacts discovered at archaeological sites, such as ceramics or hearth remnants, is known as archaeomagnetism. This technique is based on the idea that some materials get magnetized in the direction and intensity of the Earth's magnetic field at the time when heated or exposed to extreme heat. Development in the field has been made to improve magnetometer devices and sample size, as well as measuring techniques of thermal remanent magnetization. It helped to study the variation of the complex Earth’s magnetic field or geomagnetic field (GMF) for both geophysical and archaeological dating benefits. The rapid change in GMF within a few hundred or decades, as being of genuine origin or methodological and sample unsuitability has been a matter of debate. Data from about 40 years ago derived from well-dated Byzantine churches that first confirmed such geomagnetic spikes is discussed along with recent archaeomagnetic data from Mesopotamian inscribed bricks and Levantine slags.
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