1) compacted cement
压实水泥
1.
DTA,XRD and SEM are used to characterize the constituents and microstructure of compacted cement with and without silica fume cured in different curing conditions.
用ＤＴＡ、ＸＲＤ及ＳＥＭ分析了不同养护条件下硅灰改性前后压实水泥的组成和微观结构，并探讨了结构与耐久性的关系。
2) mudstone compaction
泥岩压实
1.
Quantitatively evaluating hydrocarbon primary migration by mudstone compaction dynamic analysis;
泥岩压实动态分析法定量评价石油初次运移
2.
Single control factor analyses of the palaeogeomorphology unit,structural feature,and mudstone compaction characteristics of Jingbian gas field show that these three factors individually have some impacts upon the gas enrichment in the field.
通过对靖边气田古地貌单元、构造特征及泥岩压实特征对天然气富集的单一控制因素分析,认为这3种单一因素对天然气的富集都具有一定的控制作用。
3.
By explianing and processing the sonic log and seismic velocity spectrum data, the paper makes a systematic research on the rule of mudstone compaction, abnormal fluid pressure, primary migration of hydrocarbon and burial history of source rock in the Denan depression.
通过声波测井资料和地震速度谱资料的解释和处理，系统研究了德南洼陷的泥岩压实规律、过剩流体压力与烃类初次运移条件和烃源岩埋藏历史，对研究区处于未成熟低成熟阶段的石油初次运移条件进行了定性评价，认为Ｅｓ３和Ｅｓ４为主要的排烃层段，研究区南部和德６井以南的高过剩压力区为有利供油
3) metasapropel
压实腐泥
5) solid cement
密实水泥
6) slurry pressure
泥水压力
1.
In normal cases,the slurry pressure is determined on basis of simple ground pressure theory,which results in values that are much different from the actual distribution of the.
37m泥水盾构施工,盾构始发段地质条件复杂,隧道覆土厚度7m左右,同时受加固区与地面建筑影响,地层应力状态非常复杂,而对开挖泥水压力的设定一般都采用简单土压力理论计算值,但与实际地层压力分布差别较大。
2.
The setup of the slurry pressure in the slurry chamber becomes quite significant to the behavior of existing tunnels.
相互交叉的隧道近距离施工中,新建隧道施工必然会对既有隧道造成扰动,当盾构开挖面在既有隧道附近推进时,泥水盾构压力舱内泥水压力的变化会对既有隧道变形产生影响。
补充资料：硅酸盐水泥(见通用水泥)
硅酸盐水泥(见通用水泥)
portland cement
硅酸盐水泥portland Cement以硅酸盐为主要成分的水泥(见通用水泥)。
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