论文部分内容阅读
矿物学包含地球科学和物质科学的研究范畴,是以地核最小单位的矿物作为主要研究对象,研究矿物生成条件和它的特性来解释形成矿物的地质规律性。掌握矿物学研究在地学上的位置,将为发展地学对人类事业的贡献是有深远意义的。 就矿物学今后研究的课题提出一些看法: 1.数据的积累和系统分析 原田先生<日本矿物学的进展>一文回顾了日本在矿物学研究历史。矿物学作为地学科学,已发表了矿物种类、结晶构造、相平衡图、光学和热力学性质的数据资料,提供矿物学研究的依据。未来矿物学一方面要积累更多的矿物学要素数据资料,更重要的一方面是分析各种资料,引出新的概念和规律,指导矿物科学的发展。
Mineralogy includes geosciences and material science research areas, is the smallest unit of the earth’s core minerals as the main research object, study the mineral formation conditions and its characteristics to explain the geological formation of minerals. To master the geography position of mineralogy research will have far-reaching significance for the development of the contribution of geography to human beings. Put forward some views on the future research topics of mineralogy: 1. Data accumulation and systematic analysis Mr. Harada’s article “Progress in Japanese Mineralogy” recalled Japan’s history in mineralogy research. As a geosciences, mineralogy has published data on mineral species, crystalline structure, phase equilibrium diagram, optical and thermodynamic properties, providing the basis of mineralogy research. In the future, mineralogy should accumulate more data on mineralogy data. On the other hand, it is more important to analyze various kinds of data and lead to new concepts and laws to guide the development of mineral science.