尖端物理学推动医疗行业进步

Wubshet Mengesha
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引用次数: 0

摘要

科学是新知识的直接来源和创造者,对技术做出了贡献。在产品、工艺和服务方面应用这些知识,就产生了技术。如今,由于物理学的多学科应用,医疗技术和放射治疗已经开始并广泛伴随着以物理学发展为基础的医疗诊断和治疗技术。本文对物理学在医疗行业的科学成就和技术进步进行了详细描述和分析。物理学原理在医学领域的应用为疾病的诊断和治疗做出了杰出贡献。在上个世纪,由于物理学的发现,出现了许多非凡的工具,这些工具本可以在诊断和治疗方法中发挥巨大作用。本文对物理学在医疗技术和原理中的应用的描述主要基于对文献的全面回顾,有助于提出用于现代医疗技术创新的新思路。这篇期刊论文在全面回顾文献的基础上,轶事式地介绍了用于这些技术进步创新的基本物理原理,强调了这些原理在现代医疗行业实践中的应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cutting–Edge Physics Driven Advancements in Medical Industry
Science contributed to technology by serving as a direct source and creation of ideas for new knowledge. Technology emerged from the application of this knowledge in terms of products, processes and services. Nowadays, due to the multidisciplinary application of physics, medical technology and radiation treatment has begun and widely accompanied within a technology based medical diagnosis and treatment due to the development of physics. In this paper a detailed description and analysis of scientific achievement and technological advancements of physics in medical industry has been clearly reviewed. The application of physics principles to medical sector has made an outstanding contribution in the diagnosis and treatment of diseases. Many extraordinary tools, those could have played a great role in diagnostic and treatment methods, have appeared as a result of physics discoveries in the last century. This description of physics applications in medical technology and principles has mainly based on comprehensive review of the literature, contributes to suggest the novel ideas used for the innovation of modern medical technologies. This journal paper anecdote the fundamental physical principles used for the innovation of these technological advances, emphasizing their applications to the practice of modern medical industry based on comprehensive review of the literature.
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