筇竹寺

昆明市郊筇竹寺地区叠瓦状弧形断裂研究

Study of imbricate CURVIPLANAR fractures in Qiongzhusi area of Kunming suburb

辽东半岛南部寒武系下统筇竹寺阶的发现及其意义

Discovery of the lower Cambrian Qiongzhusi stage in southern Liaodong Peninsula

昆明筇竹寺古生代地层的岩相古地理分析

An analysis of the Paleozoic lithofacies and paleogeography of qiongzhusi , kunming , yunnan

就层系而言，龙马溪组烃源岩为研究区最好的烃源岩，资源量最高，生烃潜力最大；筇竹寺组烃源岩资源量次之。

In the layer system , the LongMaXi source rock is the best in our study area , QiongZhuSi source rock followed .

三叠纪&中侏罗世，筇竹寺组烃源岩进入主要生烃期，在古隆起顶部灯影组风化壳形成古油气藏；

From Triassic to Middle Jurassic , hydrocarbon source in Qiongzhusi Formation reached the main generation period , and the palaeo reservoir formed on Dengying Formation weathering crust on the top of palaeo uplift .

晚侏罗世&早白垩世，筇竹寺组烃源岩处于生气高峰期，古油气藏的液态烃热裂解成气态烃，这些气态烃聚集形成现今的气藏。

From Later Jurassic to Early Cretaceous , the Qiongzhusi Formation reached a high generation , liquid hydrocarbons after thermal cracking became gaseous hydrocarbon in palaeo reservoir , which gaseous hydrocarbon formed present reservoir after accumulation .

晚奥陶世五峰期扬子海盆海平面变化旋回与古水体深度通过滇东寒武系筇竹寺阶和曲靖志留纪盆地的层序地层学、生物地层学研究，发现生物与海平面变化之间有一定的规律可寻。

Through studies of the sequence stratigraphy and biostratigraphy of the Cambrian Qiongzhusian Stage and the Silurian Qujing basin in Yunnan , the author found that there are certain relationships ( or called responses ) between organisms and eustatic cycles .