1) Chengmenshan
城门山
1.
Geological characteristics of Chengmenshan copper deposit,Jiangxi and its ore genesis;
江西城门山铜矿地质特征及矿床成因
2.
Research on Characteristics and Genesis of Chengmenshan Copper-molybdenum Deposit in Jiangxi;
江西城门山铜钼矿床特征与成因研究
3.
Based on the method and principle of the tracing in the source of mineralization material from the stable isotope, we use the sulfur isotopic indexes from Wunugetushan, Kenshan, Bainaimiao,Inner Mongolia, and Chengmenshan area in Jiangxi, and try to use the characteristics of sulfur isotopic composition (δ~(34)S) to determine the causes of geochemical anomalies.
本文借鉴稳定同位素示踪成矿物质来源的方法和原理,利用内蒙古自治区乌奴格吐山、星山、白乃庙试验区、江西城门山试验区硫同位素组成资料,尝试利用硫同位素组成特征来判断地球化学异常成因,取得了预期成果。
2) Chengmenshan Copper Mine
城门山铜矿
1.
Geological Research on the Fourth Molybdenum Deposit of Jiangxi Chengmenshan Copper Mine;
江西城门山铜矿4~#钼矿体的地质特征
2.
A Discussion on Design of Storage Capacity of Effluent Regulating Reservoir in Chengmenshan Copper Mine;
城门山铜矿污水调节库库容设计探讨
3.
Operation Practice in Chengmenshan Copper Mine with a Capacity of 2,000t/d and its Phase II Expansion;
城门山铜矿2000t/d生产能力实践和二期建设探讨
3) Chengmenshan Jiangxi
江西城门山
1.
Genetic Discussion and Direction of Deposit-Seeking of Copper and Molybdenum Deposit of Chengmenshan Jiangxi;
江西城门山铜钼矿床成因探讨及找矿方向
4) Chengmenshan mining area
城门山矿区
1.
EH4 electromagnetic sounding helps the authors to achieve remarkable results in the chengmenshan mining area because it can reflect expansion state of the strata and the low resistance body clearly and this result can be used in the deep and peripheral of Chengmenshan mining area.
利用EH4电磁测深清晰的反映地层和低阻体的展布状态,在城门山矿区取得了明显效果,并将这一成果运用到城门山矿区的深部和外围,发现了与成矿相关的电性异常,达到了评价勘探区成矿潜力的目的,也证明了EH4电磁测深对层控硫化物铜矿床是一套高效实用的勘探手段。
补充资料：北城门
北城门为明代汝宁府城的北门,现位于汝南县城北。明洪武元年修建东、西、南三门,洪武八年增建北门,名曰北拱。城门高7.5米,砖砌拱券。北依汝水,恃为天然屏蔽。成化二十年增筑瓮门,与东西两侧垣墙构成瓮城。瓮门南北深38米,东西宽4.4米,内高4.1米,顶砖砌拱券。城门上建重楼,驻兵把守。正德九年、隆庆三年、清顺治十八年、康熙元年、雍正七年因兵乱多次加固。1941年国民党军队强扒城墙、城门,仅留北瓮门。1986年重修北门,并在上雕刻“北拱”两个金字,显得巍峨壮观。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条