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A Mineralogical Identification And Query System Based On Visual C++ And MS-Access

Posted on:2007-12-01Degree:MasterType:Thesis
Country:ChinaCandidate:H ChenFull Text:PDF
GTID:2120360182482545Subject:Mineralogy, petrology, ore deposits
Abstract/Summary:PDF Full Text Request
When geological workers operating in the field and laboratory work, they often need to collect rock samples for analysis, and research the surrounding rock formations through its stratum, or may determine its causes, through analysis of survey instruments, should indicate its hardness interval, the reflection rate interval, the main elements contained important attributes, and so on. Simply put, the entire identification process is firstly to guess or to perceive, and then to make the certification. And for a long time, the identification of relevant information can only based on a incomplete text with perspective varies and complex tables, this situation is clearly not conducive to improving the efficiency of geological work.Because the original form can not meet the growing integration of geological research, computer-based mineral and mineral resources database has become a major trend in information identification technology, computer-based model of network resources data integration, with the large volume of information, and the basic characteristics are of the strong and obvious advantages. Enhance mineral resources data informationization level, making the old speculation of reading and checking a lot of information enquiries, to a well-purpose targeted and more relaxed working methods, thereby enhancing geological research efficiency and accuracy in responding to state on the land and resources management information on the changes is of great significance.It is from this certain angle, The information system has made a very detailed enquiries classification based on the methods that geological work commonly use, build a huge database of mineral information by using Microsoft access, Visual C++ 6.0 and Xtreme toolkit 9.7 pro for corresponding development, thus completing the establishment of the information system as a whole, the system can significantly save information search time with integration multiple identities of thousands of mineral facilitate in research work.
Keywords/Search Tags:Mineralogy, Database, Information System
PDF Full Text Request
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