1) shallow biogenic gas
浅层生物气
1.
Sedimentary facies of incised valley fillings of the Late Quaternaryin Hangzhou Bay area and shallow biogenic gas exploration;
杭洲湾地区晚第四纪下切河谷充填物沉积相与浅层生物气勘探
2.
Resource Evaluation and Geological Significance of Shallow Biogenic Gas in Mihu Area
张家界汨湖地区浅层生物气资源评价及其地质意义
2) shallow biogas
浅层生物气
1.
Estimates of shallow biogas resources in Hangzhou Bay area and its geological implications;
杭州湾地区浅层生物气资源量计算及其地质意义
2.
Using AVO technique to detect Quaternary shallow biogas in Hangzhou Bay area.;
利用AVO技术检测杭州湾地区第四系浅层生物气
3.
Discussion on exploration potential of shallow biogas in the Neogene of Wuqing Sag,Jizhong Depression;
冀中坳陷武清凹陷新近系浅层生物气勘探潜力探讨
3) Shallow gas(biogenic gas)
浅层气(生物气)
4) shallow gas
浅层气
1.
Study and application of shallow gas potential tapping;
浅层气挖潜技术研究与应用
2.
Application of magnetic release in shallow gas potential tapping;
放磁技术在浅层气挖潜中的应用
3.
The features of shallow gas in the Heidimiao oil layer of the southern Changyuan in Daqing,China;
大庆长垣南部黑帝庙油层浅层气特征
5) shallow gas reservoir
浅层气藏
1.
The distribution of shallow gas reservoirs in western Sichuan Depression: Examples from Luodai and Xinchang gas fields;
川西凹陷浅层气藏分布规律研究——以洛带和新场气田为例
2.
The shallow gas reservoir discovered in Shanle,Hongtai and Santanghu area are characterized by complex lithologies,poor physical property,unobvious response of logging,obvious productivity difference and sharp lateral variations of stratum etc.
以吐哈盆地鄯勒地区浅层气藏为研究目标,在对储层岩性、物性、电性、地层及测井特征分析的基础上对气层识别方法进行总结研究,在实际应用中取得了很好的效果。
3.
Gudong shallow gas reservoirs are typical shallow porous sandstone reservoirs which are at the late period of development at present.
孤东二区浅层气藏为典型的浅层疏松砂岩气藏,目前已进入开发后期。
6) shallow layer gas
浅层气
1.
The distinction and distribution of shallow layer gas in Gangxi Developing Area.;
港西开发区浅层气的识别及分布研究
2.
Analysis on the Cause of Shallow Layer Gas at the Entrance of Hangzhou Gulf and Its Types;
杭州湾入海口处浅层气成因与类型
3.
Moreover,poor data quality of target layer influenced by shallow layer gas leads to b.
W油田的构造是一个非常低幅度的隐蔽圈闭,加之浅层气的影响,目的层资料品质较差,造成深层水平生产井的钻前预测难度很大。
补充资料：浅层地下埋藏
分子式：
CAS号：
性质：在地表下浅层（一般小于50m）处置放射性废物，工程屏障根据实际情况可有可无，其安全性主要取决于包气带土质类型和土层厚度，地表防护覆盖层厚度一般为几米。该方法是世界有核国家普遍采用的埋藏中低放固体废物的方法。近年来，“浅层地下埋藏”术语已为“近地表处置（埋藏）”（near-surface disposal）所替代，两者概念是一致的。
CAS号：
性质：在地表下浅层（一般小于50m）处置放射性废物，工程屏障根据实际情况可有可无，其安全性主要取决于包气带土质类型和土层厚度，地表防护覆盖层厚度一般为几米。该方法是世界有核国家普遍采用的埋藏中低放固体废物的方法。近年来，“浅层地下埋藏”术语已为“近地表处置（埋藏）”（near-surface disposal）所替代，两者概念是一致的。
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