1) sedimentary records
沉积地层记录
1.
Geochemical sedimentary records of core sample MP2001-01 in the Central Pacific and its environmental significance
中太平洋MP2001-01柱状样品沉积地层记录与物性、源性及其环境意义
2) sedimentary record
沉积记录
1.
Cenozoic erosional history of the Altyn Tagh Mountains inferred from the sedimentary record of the foreland basin;
阿尔金山脉新生代剥露历史——前陆盆地沉积记录
2.
The NW-trending transverse faults existing in the northwestern margin of Junggar Basin were proved by the analysis of the sedimentary record around Karamay and Wuerhe combined with previous studies on geophysical,satellite-mapping and graviey-magnetic features of this area.
通过对准噶尔盆地西北缘山前克拉玛依和乌尔禾地区沉积记录的分析,结合前人在本区的地球物理场、卫星影像和重磁等方面的研究资料,论证了北西向横断裂普遍存在的事实,并从地震剖面上识别出了这些断距较小且具有走滑性质的断层。
3.
Taking the Cenozoic sedimentary records from the Indonesian Archipelago which is characterized by its configuration of lands (islands) mingled with seas as a typical object of dissection, we approach the major features of the sedimentation and its tectono geographical implication in such a setting.
以新生代印度尼西亚多岛海沉积记录作为典型分析对象 ,对陆 (岛 )海相间结构背景下的沉积作用的主要特征及其构造地理意义进行讨论。
3) sediment record
沉积记录
1.
A preliminary study of the Holocene lake level changes and their causes derived from the sediment record of Zigetang Lake,Tibetan Plateau
青藏高原兹格塘错沉积记录的全新世水位变化事件及其原因初步研究
2.
In order to reconstruct the history of the environmental change in this area and identify the impact of anthropogenic activities on the sediment records of Lake Liangzi, a systematic study was made of the organic composition of sediments from the lake.
认为这种变化正是春秋战国时期我国自然环境条件的改变以及由此引起的人类活动的增加在湖泊沉积记录中的反映。
4) sedimentary records
沉积记录
1.
Constraints of sedimentary records on Cretaceous paleoclimate simulation in China mainland
沉积记录对白垩纪中国大陆古气候模拟的约束
补充资料：沉积
分子式：
CAS号：
性质：主要指悬浮在液体中的固体颗粒的连续沉降。产生基本上澄清液相的称做澄清(defecation；clarification)。使悬浮的固体颗粒变为稠密的淤浆的称做增稠(thickening)。使不同大小、形状或密度的固体颗粒分为若干部分的称做分粒或分级(classification)。应用于化学、冶金、食品、制糖等工业。
CAS号：
性质：主要指悬浮在液体中的固体颗粒的连续沉降。产生基本上澄清液相的称做澄清(defecation；clarification)。使悬浮的固体颗粒变为稠密的淤浆的称做增稠(thickening)。使不同大小、形状或密度的固体颗粒分为若干部分的称做分粒或分级(classification)。应用于化学、冶金、食品、制糖等工业。
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