1) Gas capillary seal
气毛细管封闭
2) capillary seal
毛细管封闭
1.
Research of capillary seal ability and its formation period of mudstone caprock with acoustic transit time;
用声波时差研究泥岩盖层毛细管封闭能力
2.
In order to study the capillary sealing capability of in-homogeneous caprock by acoustic time, based on the analysis of capillary seal mechanism of caprock and its influence factors, a method for a large amount of displacement pressures of mudstone through the relation between and measured displacement pressure was presented.
为了利用声波时差资料研究非均质盖层毛细管综合封闭能力,在盖层毛细管封闭机理及影响因素分析的基础上,首先利用实测泥岩排替压力与声波时差之间的关系建立了求取实际地层中泥岩排替压力的公式;然后再利用砂岩和泥岩排替压力之间的关系,推导了求取砂岩排替压力的公式。
3.
Based on the study of the development characteristic of k_1d_1, in this paper the present capillary seal characteristic of k_1d_1 is discussed, and the results indicate that there exist the best capillary ability of k_1d_1 in the whole Wuerxun depression.
在分析乌尔逊凹陷大一段盖层发育特征的基础上,研究了其目前毛细管封闭特征,结果表明,整个凹陷具有好的毛细管封闭能力,有利于目前游离相油气的聚集和保存。
3) capillary sealing
毛细管封闭
1.
It is thought that the capillary sealing effect of caprock on CH4 gas is stronger than that of CO2 gas; the diffusion effect of CO2 is stronger than that of CH4, but showing different directions.
结果认为:盖层对CH_4气的毛细管封闭作用强于其对CH_2气的毛细管封闭作用;CO_2气的扩散作用强于CH_4气的扩散作用,但二者的扩散方向有所不同,CH_4气的扩散方向总是由地下至地表,而CO_2气只有在近地表或地下深处扩散方向是向上的,在二者之间扩散方向应是向下扩散的;CO_2气对盖层微渗漏空间的愈合能力比CH_4气对盖层微渗漏空间的愈合能力差。
2.
Based on the study of the development characteristics of K 1d 2 mudstone caprock in Xujiaweizi depression, we established a method for studying the capillary sealing ability for carbon dioxide gas by using the relation between the interface tension of methane water and that of carbon dioxide water, prospected the capillary sealing charactristics of K 1d 2 mudstone caprock in Xujiaweizi depression.
研究了徐家围子断陷登二段泥岩盖层发育特征 ,根据烃类气体、CO2 气体之间与水界面张力的关系 ,建立了一套评价CO2 气毛细管封闭能力的方法 ,并预测了徐家围子断陷登二段泥岩盖层毛细管封闭CO2 气的能力 ;根据空间分布特征和毛细管封闭特征 ,综合评价了徐家围子断陷登二段泥岩盖层 。
3.
Based on a study of gas confining origin and evolution of mudstone seals,three types of gas confining evolution have been recognized:(1)For the mudstone with neither gas generating ability nor abnormal pressure,its gas confining is only a capillary sealing,and there is no evolution stages.
在研究泥岩盖层封气性的形成条件及演化特征的基础上 ,对 3种类型泥岩盖层的封气性演化阶段进行了划分 :既无生气能力又无异常孔隙流体压力的泥岩盖层 ,其演化不存在阶段性 ,仅有毛细管封闭 ;具生烃能力但不具异常孔隙流体压力的泥岩盖层 ,其演化可分为毛细管封闭和毛细管 +压力封闭两个阶段 ;既具生烃能力又具异常孔隙流体压力的泥岩盖层 ,其演化可分为毛细管封闭、压力封闭 +毛细管封闭 +抑制封闭和毛细管封闭 +替代封闭 3个阶段。
4) capillary seal force
毛细管封闭能力
5) gas-filled capillary
充气毛细管
1.
Efficiency of the third-order harmonic in gas-filled capillary driven by fs laser pulses;
飞秒强激光在充气毛细管中产生三次谐波的效率
2.
Theoretical description of four-wave mixing of femtosecond pulses in gas-filled capillary;
充气毛细管中飞秒激光四波混频的理论描述
补充资料：毛细管气相色谱仪
分子式：
CAS号：
性质：毛细管气相色谱法用的实验装置。它与填充柱气相色谱仪很相近，不同的是：系统的死体积尽量小；柱前增设分流装置；特殊的进样装置；柱后设尾吹装置。
CAS号：
性质：毛细管气相色谱法用的实验装置。它与填充柱气相色谱仪很相近，不同的是：系统的死体积尽量小；柱前增设分流装置；特殊的进样装置；柱后设尾吹装置。
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