1.
The occurrence of variegated polymictic conglomerate sediment, mud cracks, gypsum strata and so on can provide evidences for aridity climate in Western Liaoning.
两剖面复成分砾岩杂色沉积、泥裂、石膏层等为该区可能存在的干旱气候提供了依据。
2.
To form(rock) into breccia.
使（岩石）形成角砾岩
3.
A rock consisting of pebbles and gravel embedded in cement.
砾岩由水泥固结的卵石和砾石形成的砾岩
4.
Development and Genetic Mechanism of the Kongtongshan Formation Conglomerate
“崆峒山组砾岩”形成演化的动力学机制分析
5.
Genesis of Sandstones-conglomerates Type Copper Deposits at Kumukuli Basin,Xinjiang
新疆库木库里盆地砂砾岩型铜矿成因分析
6.
Gold-hosted breccia in Shuangwang ore deposit is hydrofracturing breccia.
双王金矿含金角砾岩水力压裂成因角砾岩。
7.
Sandstone and conglomerate are the consolidated equivalent of sand and gravel.
砂岩和砾岩分别是砂和砾石固结的产物。
8.
Single channel identification in large-scale complex glutenite of alluvial fan and its significance
洪积相成因大型复合砂砾岩体的单期水道识别及其意义
9.
Formating and Distributing of the Gravel Body, and Conglomerating of Oil and Gas in the Actic Region of the Southern Biyang Depression;
泌阳凹陷南部陡坡带砂砾岩体成因分布与油气聚集
10.
Characteristics of Es~(3+4) Glutenite Fan Body and Reservoir in Dongying Depession Wangzhuang Area
东营凹陷王庄地区Es~(3+4)段砂砾岩扇体及其成藏特征分析
11.
THE FORMATION MECHANISM AND DISTRIBUTION RULES OF GLUTENITE IN THE SOUTHERN ACTIC REGION OF BIYANG DEPRESSION
泌阳凹陷南部陡坡带砂砾岩体形成机制及分布规律
12.
Application of FMI in Sedimentary Facies Analysis in the Northern of Dongying Depression
电成像测井资料在东营凹陷北带砂砾岩体沉积相分析中的应用
13.
A Study on Mechanism of Enhanced Oil Recovery by Combinational Flooding in Conglomerate Reservoir
砾岩油藏复合驱提高采收率机理研究
14.
Detritus usually consists of gravel, sand and clay.
岩屑通常是由砂砾，沙和粘土组成的。
15.
THE ORIGIN OF THE METAMORPHIC CONGLOMERATE OF THE ARCHAEAN ZHUZHANGZI GROUP, E. HEBEI PROVINCE, CHINA
冀东朱杖子群老爷庙变质砾岩的成因
16.
FEATURES AND GENESIS OF THE URANINM-MINERALIZED BRECCIA IN EAST QINLING
东秦岭某地铀矿化角砾岩特征和成因
17.
Remaining Oil Distribution of Low Permeability Conglomerate Reservoir
低渗透砾岩油藏剩余油分布规律研究
18.
Favorable reservoirs may be composed of sandstones, conglomerates basement metamorphic buried hills, and volcanic rocks.
砂岩、砾岩、基底变质岩潜山，火山岩均可形成良好储层。