Study of the collection and utilization system for database of earth and planetary materials

对于从1983年开始采集的“行星物质数据库”，本项目试图利用最新时代显著发展的信息处理设备和软件，通过陨石研究过程，建立对大量行星物质数字图像数据进行成像的有效方法。我们还尝试利用被广泛认可的编辑软件Quark XPress制作的文件，从多图像出版物的数字编辑文件中研究制作图像数据库及其解释的方法。我们发现pdf文件格式是开放教育和研究数据的最佳方式。然而，我们发现最近发布的Adobe Creative Suites可以更好地利用这个数据库，通过应用程序来处理来自Vesta小行星的陨石。该数据库是在一台具有2GB闪存的高吞吐量移动个人计算机上构建的。我们开发了行星材料的光学图像和显微镜图像的最佳图像处理方法，并证实了数字单镜头反光相机可以很好地拍摄来自小行星，月球和火星的许多陨石的图像。

For the "database of planetary materials" that has been collected from 1983, this project tried to utilize equipments for information processing and software that have been remarkably developed in the latest date and to establish the effective method for imaging a large amount of digital image data of planetary materials through the process of meteorite researches. We also tried to utilize the file made by widely recognized editing software, Quark XPress, to examine the method for making the database of a image with its explanation from the digitally edited file of publications with many images. We found that the pdf file format is the best way to open the data for education and researches. However, we found that recently released Adobe Creative Suites is better for utilizing this data base by the application for the meteorites from asteroid Vesta.This database was constructed on a high throughput mobile personal computer with 2GB flash memory. We developed the best image processing method for optical images and microscope images of planetary materials and confirmed that a digital single-lens reflex camera is good for taking these images for many meteorites from asteroids, moon and Mars.