1) coalbed methane
层气
1.
Numerical model of coupling between water-gas flow and soild-deformation during the course of coalbed methane developmentLIN;
煤层气产出过程中气-水两相流与煤岩变形耦合数学模型研究
2) gas reservoir
气层
1.
Application of temporary and shielding plugging technology to improve well logging responses for tight sandstone gas reservoir;
应用屏蔽暂堵技术提高致密砂岩气层测井识别能力
2.
Variation of m and n in gas reservoir under different pressure;
不同压力下气层岩样m、n值变化的实验研究
3.
Laboratory testing method of water lock effect of gas reservoir and its relationship with water saturation;
气层水锁效应与含水饱和度关系
3) Gas Zone
气层
1.
Fast evaluation method for gas zone productivity on the well-site mud logging;
现场录井气层产能快速评价方法研究
2.
Re-delimitation of gas logging abnormal criteri a for low pressure & low permeability gas zones in the Northern Erdos.;
鄂北地区低压低渗气层气测异常标准的重新界定
3.
Study and application of gas zone interpretation and evaluation methods for Sulige gas field.
苏里格气田气层解释评价方法研究及应用
4) Gas Formation
气层
1.
PND-S logging method for identifying shaly sand gas formation;
利用脉冲中子衰减~4/能谱测井识别泥质砂岩气层方法初探
2.
According to the character of log response, we use the relativity between log data such as well diameter, gamma-ray, neutron, sound wave, density, natural potential, resistivity, to improve the former characteristic parameter for distinguishing gas formation.
本文根据测井响应特征,在利用井径、自然伽玛、中子、声波、密度、自然电位及电阻率等常规测井资料综合识别气层方面,对原有判别气层的特征参数进行改进。
3.
In this paper, the stratigraohic volume density and hydrogen index gained from the information of density-neutron logging are respectively compared with both the low-limit values of gas formation.
本文从密度和中子测井信息中提取的地层体积密度及含氢指数,分别同气层体积密度及含氢指数的下限值作比较,前者小于后者,直观指示为气层。
5) gas layer
气层
1.
A novel method for experimental evaluation on the sensitivity of gas flow velocity through rocks in gas layers
气层岩石流速敏感性评价实验的新方法
2.
Drilling under gas medium conditions, a new underbalanced drilling technology, can effectively alleviate formation damage and timely identify oil and gas layers with low pressure, low porosity and low permeability in the process of drilling operation.
气体介质条件下钻井技术是一项新型欠平衡钻井技术,该技术对减小钻进过程中对地层的污染、及时发现低压、低孔低渗油气层非常有效。
3.
According to the relationship among gas and brine and self-closed system,It can be concluded that the karst self-closed system controls the distribution of brine layer and gas layer in the gas field,so it is important to determine the developing characteristic of paleokarst self-closed system for oil and gas exploitation in the basin.
本文首次从岩溶发育的反面－岩溶的垮塌破坏、岩溶的充填堵塞及再胶结、再溶蚀作用初步定性地研究了岩溶自封闭系统及该系统与气层分布、水层分布的关系。
6) gas bearing formation
气层
1.
Physical property interpretation criterions for the gas bearing formation thickness in Lamadian oilfield
喇嘛甸油田气层厚度解释物性标准
2.
Application of curve combination method to identifying the gas bearing formations in Zhengnan gas reservoir.;
应用曲线组合法识别正南气藏气层
补充资料：轮胎气密层
分子式：
CAS号：
性质：无内胎轮胎胎里上及其胎圈与轮辋胎圈座接触面上的耐透气胶层。其主要作用是防止压缩气体泄漏，保持轮胎气压。通常用气密性优异的氯化丁基橡胶或溴化丁基橡胶制成。
CAS号：
性质：无内胎轮胎胎里上及其胎圈与轮辋胎圈座接触面上的耐透气胶层。其主要作用是防止压缩气体泄漏，保持轮胎气压。通常用气密性优异的氯化丁基橡胶或溴化丁基橡胶制成。
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