[HTML][HTML] 十三五

宋振响, 周卓明, 徐旭辉, 王保华, 李浩… - 中国石化油气资源评价 …, 2022 - html.rhhz.net
资源潜力评价是油气勘探决策的基础, 也是国家制定能源发展战略和编制行业发展规划的重要
工作之一. 文章分析了新形势下中国石化开展新一轮资源评价工作的难点和特点 …

21 世纪初中国原油储量, 产量构成变化分析及启示

张抗, 张立勤 - 中国石油勘探, 2019 - cped.cn
为了深入认识中国的石油生产形势, 需要对其储量—产量系统的各构成单元及其变化进行分析,
其着重点应是有效经济可采储量及其剩余储量, 产量, 特别是要关注其中起主导作用的大盆地大 …

促进中国油气勘探开发对策探讨

许坤, 郑冬冬, 林爽 - 石油科技论坛, 2019 - cqvip.com
我国有促进勘探开发的资源基础, 剩余油气资源总量和储量规模较大, 但资源品位降低,
勘探开发对象日趋复杂; 东部老油区产量递减快, 稳产难度大; 低品位, 非常规和深层 …

“十三五” 中国石化油气资源评价关键技术进展与发展方向

宋振响, 周卓明, 徐旭辉, 王保华, 李浩, 马中良… - 中国石油勘探, 2022 - cped.cn
资源潜力评价是油气勘探决策的基础, 也是国家制定能源发展战略和编制行业发展规划的重要
工作之一. 文章分析了新形势下中国石化开展新一轮资源评价工作的难点和特点 …

Progress of key technologies for oil and gas resource assessment of Sinopec during the 13th Five-Year Plan period and development direction

S Zhenxiang, Z Zhuoming, X Xuhui, W Baohua… - China Petroleum …, 2022 - cped.cn
Resource assessment is the basis for decision-making in petroleum exploration, and it is
one of the important work for formulating energy development strategy and industry …

The analysis on the composition changes of China's crude oil reserves and production in early 21th century and its enlightenment

Z Kang, Z Liqin - China Petroleum Exploration, 2019 - cped.cn
For a deeper understanding of China's oil production situation, it is necessary to investigate
the composition of the reserves-production system and its changes, especially the proved …

[HTML][HTML] 从油气成藏过程分析探井失利原因

金强, 程付启, 王秋彤, 王铜山 - 石油实验地质, 2019 - sysydz.net
探井失利的原因包括地质, 工程或管理等问题, 其中地质问题最为常见, 常常从构造,
储层等方面定性分析, 结果不了了之. 四川盆地H 探井目的是勘探灯影组天然气 …

Reasons for the failure of petroleum exploration wells from the process of hydrocarbon accumulation

JIN Qiang, C Fuqi, W Qiutong, W Tongshan - 石油实验地质, 2019 - sysydz.net
There are various reasons for subeconomic wells in oil and gas exploration, including the
problems of geology, engineering and management, among which the most common …

Dynamic target tracking control of manipulator based on deep reinforcement learning.

SHA Linxiu, Z Tongnian - Experimental Technology & …, 2023 - search.ebscohost.com
In order to reduce the repeated work intensity of drilling personnel and the risks faced by
high-risk environments during oilfield exploitation, an intelligent manipulator is introduced …