Why Dhu al-Qarnayn’s Dam is Impenetrable? A Chemical and Physical Study

A. Moghadasi
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Abstract

: By development of human scientific abilities, more miracle aspects and wonders of the Qur’an have been recognized� Stating the story of Dhu al-Qarnayn and constructing of dam, verses (Q�18:83-98) have pointed some valuable scientific aspects regarding chemistry, physics and metallurgy� The instruction for the structure reveals the non-accidental process, because the precise expected physical, chemical and metallurgical properties� The three-layer structures of dam with dendrite like microstructure in its matrix will guarantee the durable structure against most chemical destructive agent, mechanical damage and thermal threats� Hence the powerful people of Gog and Magog could not overcome the high tensile strength of iron, high ductility of copper and the high toughness of Cu-Fe alloy� The high thermal and temperature resistance are the evidence for more structural power� Such masterpiece of engineering, in technology of alloying, could not be based on the knowledge of common craftsmen of that time, but it must have been based on superhuman wisdom� Consequently, although the Qur’an is a book of guidance, but it reports some original scientific issues, such as the Dhu al-Qarnayn story� These were not known in the age of revelation and after progressing in science, but the truth of considered issues has been proved� However, because of the clear instruction, and the precise prediction of properties, it is possible to use the verses as an excellent idea for scientific advancement, rather than reporting events�
为什么卡尔纳恩的大坝坚不可摧?化学和物理研究
:随着人类科学能力的发展,《古兰经》中更多的神迹和奇事已经被人们所认识——讲述了胡·卡尔纳恩和建造大坝的故事,经文(《古兰经》18:83-98)指出了一些关于化学、物理和冶金的有价值的科学方面——关于结构的说明揭示了非偶然的过程,因为精确预期的物理、大坝的三层结构,在其基体中具有枝晶状的微观结构,保证了结构的耐用性,可以抵御大多数化学破坏剂、机械损伤和热威胁。因此,高格和玛格的强大人物无法克服铁的高拉伸强度。铜的高延展性和Cu-Fe合金的高韧性,高耐热性和耐温性是更多结构力量的证据,这样的工程杰作,在合金技术上,不可能基于当时普通工匠的知识,但它一定是基于超人的智慧,因此,虽然古兰经是一本指导书籍,但它报告了一些原始的科学问题,比如胡·卡尔纳恩的故事——这些在天启时代和科学进步之后还不为人所知,但所考虑的问题的真相已被证明——然而,由于明确的指示和对属性的精确预测,有可能将这些经文作为科学进步的一个极好的想法,而不是报道事件——
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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