1) storm sedimentation
风暴潮沉积
1.
Instrumental records of storm events since 1884 were also studied to provide an explanation of forcing mechanism for storm sedimentation.
根据沉积物的成分以及有孔虫壳的破碎程度分析,可推断台风暴潮沉积以悬浮方式搬运为主。
2) tempestite
风暴沉积
1.
Two types of tempestites developed in beach and inner shelf environments respectively are discovered in Silurian system of Tazhong area,Tarim basin.
在大量岩心观察及岩相与环境分析的基础上,首次在塔中地区志留系识别出两种风暴沉积序列,它们分别产出于海滩和陆棚环境。
3) storm deposits
风暴沉积
1.
Silurian storm deposits in Jiangping area,northwestern Hunan Province:Characteristics and geological significances
湘西北江坪地区志留系风暴沉积特征及意义
2.
Typical storm deposits are developed in the limestones of the Daye Formation of Lower Tri- assic in Huangshi area,eastern Hubei Province.
鄂东黄石地区下三叠统大冶组灰岩中发育了典型的风暴沉积,风暴岩由砾屑灰岩、颗粒灰岩和泥灰岩组成,其中风暴沉积构造包括丘状交错层理、递变层理、砾屑的撕裂构造及水平层理等,不同层位具有不同的风暴沉积构造类型和组合特征。
3.
Xueshan and Shaliushui Formations in Jingyuan and Jingtai Counties,Gansu Province are mainly composed of clastic rocks with well developed sedimentary structures of storm deposits,characterized by gutter casts,hummocky or sunken cross bedding,parallel bedding.
甘肃靖远景泰一带泥盆系雪山组和沙流水组以河湖相碎屑岩为主 ,内发育典型的风暴沉积构造 (包括渠铸型、槽筑型、丘状交错层理和洼状交错层理、平等层理、块状层理和递变层理等 )。
4) storm deposit
风暴沉积
1.
storm deposit characteristic and the styles of storm affair deposit can be concluded in the paper.
本文总结了风暴沉积特征与基本风暴事件沉积类型,并比较了风暴、浊流、洪水事件沉积异同。
2.
Storm deposit(tempesite) constitute an important conception which was not put forward until the late 1970s, and it was considered as an great discovery in sedimentology.
风暴沉积是 2 0世纪 70年代后期才指提出的一个重要概念 ,被认为是沉积学理论的一次重大突破。
5) tempestite deposits
风暴沉积岩
6) storm sedimentary body
风暴沉积体
补充资料:风暴潮
风暴潮 storm surge 由台风、温带气旋、冷锋的强风作用和气压骤变等天气系统引起的海面异常强烈的升降现象。又称风暴增水或气象海啸。它是周期从几小时至几天不等的重力长波,振幅可达数米,介于地震海啸和低频潮汐之间,伴有狂风巨浪,可引起水位暴涨、堤岸决口、农田淹没、船毁房摧,是沿海地区的严重自然灾害。有温带风暴潮和热带风暴潮两种:①温带风暴潮。由温带气旋引起,多发生于春秋季节,特点是潮位变化稳定和持续。北海和波罗的海沿岸、美国和日本沿岸都经常出现这种风暴潮。②热带风暴潮。由台风引起,屡见于夏秋季节。特点是伴有急剧的水位变化。凡受台风影响的沿海地区,包括北太平洋西部、南海、东海、北大西洋西部、墨西哥湾、孟加拉湾、阿拉伯海、南印度洋西部、南太平洋西部的沿岸岛屿,都是这类风暴潮的多发区。 在大陆架上,即使没有风暴的直接作用,也可以有由外海传播而来的风暴潮。 |
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