池顺都教授 1965年毕业于浙江大学地质系,1982年毕业于武汉地质学院北京研究生部,获硕士学位。毕业后留校工作至今，其中1986年10月至1987年11月在前苏联莫斯科地质勘探学院进修。

从事矿产勘查学、矿床技术经济评价、数学地质及矿山地质学的教学和矿产定量勘查的研究。主持国家计委科技找矿项目“云南元江地区铜金多金属矿床预测找矿研究”（1995-1997）、国家自然科学基金“矿产求异联想GIS预测研究”（2001—2003）等项目，共主持和参加各类科研项目17项。出版专著、译著5本，正式发表论文40余篇。获原地矿部科技进步三等奖2项。

主要学术方向为：⑴矿体数学特征的研究^[1-8]。在这一领域的研究涉及矿体统计特征、空间特征、结构特征和相关特征等方面。系统地、创造性地提出用熵函数研究地质体(矿体)内部结构的理论和方法。⑵矿产勘查的系统分析及矿床的勘查模式研究^[9-16]。研究了个旧锡矿、德兴铜矿等的矿床勘查模式。⑶矿产预测中GIS应用研究^[17-30]。在地矿部"八五"重点项目及国家计委国地司的科技找矿项目中应用GIS进行矿产预测。⑷地质异常研究^[18-22]。

此外，主编了《矿床勘查与评价实习指导书》，编制矿床勘探计算机模拟程序系统，翻译了教学参考书《非金属矿床学》。翻译了和校译（各在十篇以上）前苏联和及俄罗斯在成矿学、矿床学、数学地质等方面的学术论文。

主要论著如下：

1 池顺都.矿体标志值的统计特征和空间特征.地质与勘探.1983.21(9):30-36

2 池顺都.熵函数在地质勘探中的应用.地球科学——中国地质大学学报.1985.10(2):131-139

3 池顺都.矿体储量及其计算参数的误差公式和金属储量误差的回归模型.地球科学——中国地质大学学报.1987.12(6):621-629

4 赵鹏大,池顺都.某锡矿床的矿体地质特征及其地质勘探意义.锡矿地质讨论会论文集:339-349.地质出版社.1987

5 池顺都.矿产勘查中地质体数学特征应用实例.赵鹏大主编. 地质勘探中的统计分析:45-68.中国地质大学出版社.1990

6 池顺都.初勘决策分析数学模型. 赵鹏大主编. 地质勘探中的统计分析:224-230.中国地质大学出版社.1990

7 池顺都.熵——研究矿体内部结构的重要工具.地质与勘探.1990.26(5)38-43

8 池顺都,赵鹏大.详查决策数学模型,地球科学——中国地质大学学报.1990.15(6):681-688

9 池顺都.系统分析在地质勘探中的应用.地质科技情报.1985.4(2):183-190

10 龚国清,池顺都.矿床勘探计算机模拟系统研制,地球科学——中国地质大学学报.1993.18(4):425-430

11 池顺都.矿产勘查系统分析的理论和方法.地质科技情报.1990.9（1）：67-74

12 池顺都.矿产勘查模型的建立原则.地球科学——中国地质大学学报.1991.16（3）：335-340

13 池顺都.研究与评价矿床的系统分析方法原理.地质与勘探.1993.（4）：33-40

14 池顺都,王学平,王淑华.化探数据系统分析的应用效果.地质科技情报.1994.13（3）：94-98

15 池顺都.斑岩铜矿的勘查模式.地球科学——中国地质大学学报.1995.20（2）：149-155

16 熊鹏飞,池顺都等.中国若干主要类型铜矿床勘查模式.中国地质大学出版社.1995

17 池顺都,周顺平,吴新林.GIS支持下的地质异常分析及金属矿产经验预测.地球科学——中国地质大学学报．1997..22（1）：99—103

18 池顺都,吴新林.云南元江地区铜矿GIS预测时的找矿有利度和空间相关性分析.地球科学——中国地质大学学报.1998.23（1）：75-78

19 池顺都,赵鹏大.应用GIS圈定找矿可行地段和有利地段.地球科学——中国地质大学学报.1998.23（2）：125-128

20 赵鹏大,池顺都.初论地质异常.地球科学——中国地质大学学报.1991.16(3):241-248

21 赵鹏大,池顺都.当今矿产勘查问题的思考. 地球科学——中国地质大学学报.1998.23（1）：70-74

22 赵鹏大,池顺都,陈永清.查明地质异常：成矿预测的基础.高校地质学报.1996.№4：361-373

23 池顺都,刘粤湘.关于资源竞争力评价问题.世界科技研究与发展.1998.20(6):4-8

24 池顺都. 应用GIS进行成矿强度和广度的定量分析——以云南澜沧江流域地层成矿分析为例.现代地质——中国地质大学研究生院学报. 1999.13(3):493-497

25 池顺都. 赵鹏大,刘粤湘.应用GIS研究矿产资源潜力——以云南澜沧江流域为例. 地球科学——中国地质大学学报.1999.

26 池顺都, GIS，经验找矿与求异找矿结合的工具——化探异常找矿效果经验分析.地质与勘探.2000.36(1):71-74

27 hi Shundu zhao Pengda Li Jiewue, THE APPLICATION OF GIS TO MINERAL PROGNOSIS BASED ON GEO-ANOMALY DELINEATION, Journal of China University of Geology,11(2):164---167,June 2000

28 Wu Xinlin andChi Shundu , A GIS approach to prediction of copper deposits, Journal of China University of Geology,11(2):180---182,June 2000

29 池顺都，地质建造组合熵异常与找矿有利地段圈定，现代地质，2000.14（4）：423—428

30 池顺都, 对提高资源勘查工程专业教学质量的若干实践与思考,

Chi Shundu, Male, Professor

Education: Graduated from Geological Department of Zhejiang University in 1965,and from Postgraduate School of Wuhan Institute of geosciences in 1982 and earned his Master degree. Underwent advanced study in Moscow Institute of Geological Exploration between Oct. 1986 and Nov. 1987.

Academic Ranges: Mineral exploration; Technical and economic evaluation of mineral deposits; Mathematical geology; Mining geology; Quantitative exploration of mineral resources.

Research Programs: Has directed and taken part in 15 research programs, such as "Prognosis and Prospecting of Cu-Au-polymetallic deposits in Yuajiang area, Yunnan Province ",which was financially aided by State Planning Commission(1995-1997).

Publications: 40 papers and 5 monographs.

Present study direction: (1)Mathematical features of ore-bodies ^[1-8],including their statistical features, spatial features, structural features and correlation features of ore-bodies; (2)System analysis in mineral exploration and exploration model of deposit^[9-16]; (3)Application of GISto metallogenic prognosis^[17-19]; (4)Geological anomaly^[18-22].

Appendix: Principal publication

1 Chi Shund. Statistical and Spatial features of mark value of ore-bodies. Geology and prospecting.

1983.21(9):30-36

2 Chi Shundu. The Application of Entropy Function in Geological Exploration. Earth Science——Journal of China University of geosciences. 1985. 10(2): 131-139

3 Chi Shundu. Estimation of The Error of Reserves and its Regression Model. Earth Science——Journal of China University of geosciences. 1983. 12(6):621-629

4 Zhao Pengda,Chi Shundu. Geological features of ore-bodies in a Tin deposit and their exploration significance.Collections of international symposium of Tin geology. Geological Press.1987:339-349.

5 Chi Shundu. Mathematical features of geological bodies in mineral exploration----Some cases. See Zhao Pengda(ed.). Statistical analysis in geological exploration. Press of China University of geosciences. 1990:45-68

6 Chi Shundu. The Mathematical Model of Exploration Decision. See Zhao Pengda(ed.). Statistical analysis in geological exploration. Press of China University of geosciences. 1990:224-230

7 Chi Shundu. Entropy: An Important Tool for Studying Internal Structure of Ore-bodies. Geology and Prospecting.1990.26(5): 38-43

8 Chi Shundu. The Mathematical Model of Prospecting Decision. Earth Science——Journal of China University of geosciences. 1990. 15(6):681-688

9 Chi Shundu. The Application of System analysis in Geological Exploration and Prospecting. Geological Science and Technology information. 1985. 4(2):183-190

10 Gong Guoqing, Chi Shundu. Computer Modeling System for Mineral Exploration. Earth Science——Journal of China University of geosciences. 1993. 18(4):425-430

11 Chi Shundu. Theory and Method of System Analysis in Mineral Prospecting. Geological Science and Technology information. 1990. 9(1):67-74

12 Chi Shundu. The Principles of Establishment of the Prospecting Model of Mineral Resources. Earth Science——Journal of China University of geosciences. 1991. 16(3):335-340

13 Chi Shundu. Principle and Method of System Analysis for Mineral Deposit Evaluation. Geology and Prospecting. 1993. 29(4)33-40

14 Chi Shundu,Wang Xueping,Wang Shuhua. Application of the System Analysis to Geochemical Data. Geological Science and Technology information. 1994. 13(3):94-98

15 Chi Shundu. Exploration Model of Porphyry Copper. 1995. Earth Science——Journal of China University of geosciences. 20(2):147-155

16 Xiong Pengfe,Chi Shundu. Exploration models of main copper deposit types in China. Press of China University of geosciences. 1995

17 Chi Shundu,Zhou Shunping,Wu Xinglin. Geological Anomaly Analysis and Experience Prognosis of Metallic Mineral Under GIS. Earth Science——Journal of China University of geosciences. 1997.22(1):99-103

18 Chi Shundu,Wu Xinglin. Beneficial Degree and Spatial Correlation Analysis of Copper Deposits Prediction by GIS in Yuanjiang Area, Yunnan Province. Earth Science——Journal of China University of geosciences. 1998. 23(1):75-78

19 Chi Shundu,Zhao Pengda. Delineating Permissive Are-Finding Area and Preferable Ore-finding Area by GIS: An Example from the Prediction of Copper Deposits in Yuanjiang Area, Yunnan Province. Earth Science——Journal of China University of geosciences. 1998. 23(2):125-128

20 Zhao Pengda,Chi Shundu. A Preliminary View on Geological Anomaly. Earth Science——Journal of China University of geosciences. 1991. 16(3):241-248

21 Zhao Pengda,Chi Shundu. Consideration on Recent Problem of Mineral Exploration. Earth Science——Journal of China University of geosciences. 1998.23(1):70-74

22 Zhao Pengda,Chi Shundu,Chen Youngqing. A Thorough Investigation of Geo-anomaly: A Basis of Metallogenic Prognosis. Geological Journal of China Universities. Earth Science——Journal of China University of geosciences. 1996.2(4):361-373

23 CHI Shun-du. New Trend of Geochemical Exploration :GIS----A combination Tool of prospecting by Experience with That by Anomaly, geology and prospecting,2000, 11(2):164-167

24 Zhao Pengda,Chi Shundu,Liu Yuexiang. On the Problems of Competitiveness Assessment of Mineral Resources. Word Sci-Tech. R&D.1998.20(6):4-8

25 CHI Shun-du, ZHAO Peng-da, Application of Combined-Entropy Anomany of Geological Formations to Delineation of preferable Ore-finding Area, GEOSCINCE, 2000，14（4）：423—428

26 Chi Shundu zhao Pengda Li Jiewue, THE APPLICATION OF GIS TO MINERAL PROGNOSIS BASED ON GEO-ANOMALY DELINEATION, Journal of China University of Geology,11(2):164---167,June 2000

27 Wu Xinlin and Chi Shundu , A GIS approach to prediction of copper deposits, Journal of China University of Geology,11(2):180---182,June 2000