海洋地质实验测试技术及研究进展

Progress in marine geological experimental testing technology and research

  • 摘要: 实验测试处在数据获取的“第一线”,承担着准确支撑科研论述的重要使命,是海洋地质工作的重要组成部分。近年来随着中国海洋地质调查事业的蓬勃发展,青岛海洋地质研究所现已建成专业学科比较齐全、海洋特色鲜明的综合性实验测试室,检测项目涵盖无机化学分析、有机化学分析、碎屑矿物鉴定、薄岩石片鉴定、黏土矿物定量分析、粒度分析、稳定同位素分析、放射性同位素测年、释光测年、微古鉴定和岩芯管理等十多个专业类型。实验室在完成自然资源、生态、环境、农业等新领域技术与服务对接的同时,结合深海、极地、自然资源全要素调查等科研项目设置的测试任务及研究内容,开展创新机制探索改革,持续形成高水平论文和创新型专利成果,不断满足海洋基础地质调查、海洋矿产资源调查和海洋环境地质调查工作对分析测试的新要求。

     

    Abstract: Experimental testing is at the forefront of data acquisition and plays an important role in accurately supporting scientific studies. It is an important component of marine geological work. In recent years, with the vigorous development of China's marine geological survey, the Qingdao Institute of Marine Geology has established a comprehensive experimental testing laboratory with relatively complete professional disciplines in distinct marine characteristics. The testing projects cover over 10 scopes, including inorganic chemical analysis, organic chemical analysis, detrital mineral identification, thin-section identification, quantitative analysis of clay minerals, particle size analysis, stable isotope analysis, radioactive isotope dating, luminescence dating, microfossil identification, and core management. To integrate technologies and services in new fields of natural resources, ecology, environment, and agriculture, the laboratory combines the testing tasks and research data from scientific projects from all-range surveys on deep-sea, polar, and natural resource to explore and reform innovative mechanisms, having published many high-level papers and achieved innovative patents, and meeting the new requirements from analysis and testing in marine basic geological surveys, marine mineral resource surveys, and marine environmental geological surveys.

     

/

返回文章
返回