1) Celtide facies
摄尔特大地构造相
2) Raetide facies
类特大地构造摄
3) tectonic facies
大地构造相
1.
The tectonic facies and tectonic evolution of Beishan orogenic belt, Gansu;
北山造山带大地构造相及构造演化
2.
Def-inition, classification, characteristics and diagnostic indications of tectonic facies;
大地构造相的定义、划分、特征及其鉴别标志
3.
In this study,eleven first-order tectonic facies and several second-order tectonic facies are recognized for this orogenic belt.
本文以大地构造相理论为切入点,将西南“三江”造山带划分出11个一级及其若干二级大地构造相,包括俯冲、消减杂岩、仰冲等一级大地构造相以及与其相伴的后造山及走滑大地构造相。
4) tectono sedimentary facies
大地构造沉积相
1.
The foundation for the study of the dynamic sedimentology of orogenic belts is to distinguish the original basins in orogenic belts, to re ̄cognize their tectono sedimentary facies and their tectonic evolution.
造山带动力沉积学研究的重要基础是识别造山带的原型沉积盆地,认识其大地构造沉积相和原型沉积盆地的演化。
5) model of tectonic facies
大地构造相模式
1.
A new model of tectonic facies is advanced in this paper through the research of the orogenic tone of the Alps in Switzerland.
从瑞士阿尔卑斯造山带分析入手,本文提出了一种新型的大地构造相模式:即认为世界上绝大多数造山带均为弧后碰撞造山形成。
6) tectonic facies map
大地构造相图
1.
Then a new mapping method is created by the proceeding of building a tectonic facies map according to the geological map.
本文基于空间数据库,以巴尔喀什-准噶尔地区的地质图数据为研究对象,结合大地构造背景构建巴尔喀什-准噶尔地质图数据库模型,通过地质图生成大地构造相图来研讨一种新的大地构造相图制作方法。
2.
In this paper, based on geological minerals information integration and mineralization forecast topic in Xinjiang and the Central Asia neighboring country, taking GIS as the data platform and unifying domestic and the overseas geological data model to construct the spatial data model of tectonic facies map.
本文依托新疆和中亚邻国地质矿产信息集成与成矿预测课题,以GIS为数据平台,结合国内与国外的地质数据模型,构建大地构造相图空间数据模型,为成矿规律与矿产预测工作提供有效的数据支持。
补充资料:摄支考地
摄支考地(sopjikoji)位于济州岛东部海岸的一端。“摄支”是这一地区古代时的名称,“考地”是济州岛方言,意思是向外突出的地形。摄支考地所在的海岸悬崖上是一片宽阔的草地,这里一棵树也看不到,海岸上耸立着一块叫仙石的岩石。摄支考地一端有灯塔,在通向灯塔的路上有防风用的石墙。石墙内是油菜田,每年四月,你就会看到最耀眼的一片黄色。
灯塔上有铁台阶,很轻松地就能登上。扶栏而立,摄支考地海岸的风景便尽收眼底。辽阔平缓的考地山坡上有石结构的烽燧台(高约4米,呈边长9米的正方形),至今保留着原貌。
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