1.
Characteristics of Early Diagenesis of Organic Matters, Maxwell Bay, Antarctic Ocean
马克斯韦尔湾有机质的某些早期成岩特征
2.
EARLY DIAGENESIS AND BIOGEOCHEMISTRY OF IODINE IN WEST ANTARCTIC OCEAN
西南极海碘的早期成岩作用和生物地球化学
3.
A Study on the Distribution、Origin and the Early Diagenesis of Organic Matter in Pearl River Estuary and Adjacent Shelf;
珠江口及近海沉积有机质的分布、来源及其早期成岩作用研究
4.
Sulfur Cycle in Sediments of the Chinese Marginal Seas during Early Diagenesis;
中国边缘海典型海域沉积物早期成岩过程中硫的循环
5.
Early Diagenesis Records and Geochemical Characteristics of Gas Hydrate in the South China Sea;
南海天然气水合物的早期成岩作用和地球化学特性研究
6.
Barium Cycle During the Early Diagenesis of Deep-Sea Sediments and Its Implications for Paleooceanographical Environment
深海沉积物早期成岩过程中的Ba循环及其古海洋环境意义
7.
Scanty but growing evidence links the character of early diagenesis with specific depositional environments.
有关早期成岩作用的特征与特定沉积环境的关系，证据虽然不多，但却在不断增加。
8.
Early diagenesis records and chemical composition abnormalities in pore water for methane-seep in sediments from the southern Qiongdong Basin
琼东南盆地与甲烷渗漏有关的早期成岩作用和孔隙水化学组分异常
9.
eogenetic syntaxial quartz overgrowth
成岩早期共生石英增生物
10.
The Complex rock mass consists of Caledonian granite, Indo-Sinian granite and early Yanshanian granite.
都庞岭复式岩体由加里东期、印支期和燕山早期花岗岩组成。
11.
Celestite is usually diagenetic but commonly forms very early in the history of the sediment.
天青石一般是成岩期的，但通常是在沉积史的极早期形成的。
12.
Any of a group of igneous and metamorphic rocks, rich in iron and magnesium, whose origin is associated with an early phase of the development of a geosyncline.
蛇纹石一种富含铁和镁的榴辉岩类或变质岩，它的形成与地槽形成的早期阶段有关
13.
The Geochronological and Geochemical Studies of the Early-Yanshanian Igneous Rocks in Southern Jiangxi Province and Their Tectonic Implications;
赣南燕山早期火成岩的年代学、地球化学研究及其构造意义
14.
The forcing of molten rock into an earlier formation.
侵入熔岩对早先形成岩石的直接进入
15.
eogenetic carbonate cement
成岩初期碳酸盐胶结物
16.
GOLD MINERALIZATION OF THE EARLY PRECAMBRIAN GRANITOID-GREENSTONE TERRAINS
早前寒武纪花岗岩—绿岩地体中金的成矿作用
17.
Comets are conglomerations of ice, dust and rock from the early solar system, whose cores have remained physically and chemically unchanged ever since.
慧星是早期太阳系中冰、灰尘和岩石的聚合物。 它的核心在形成后没有发生过物理、化学的变化。
18.
Original Environment of Eogene Petroleum Source Rocks in the Pearl River Mouth Basin
珠江口盆地早第三纪油源岩形成环境