1) scientific deep-drilling
大深度科学钻探
2) science deep drilling
大陆科学深钻
1.
The necessity and possibility of the imitation and stimulation of the Chinese science deep drilling schem(CCDS) is discussed in the paper.
本文论述了建立大陆科学深钻钻进环境计算机仿真与模拟系统的必要性和可行性，初步探讨了建立仿真与模拟系统的研究内容和基本框架，此系统的全面实现将为推动我国大陆科学深钻的发展具有一定的意义。
3) continental scientific drilling
大陆科学钻探
1.
Preliminary Study on Matrix Using in Higher Temperature for Continental Scientific Drilling;
大陆科学钻探孕镶金刚石钻头胎体配方的前期研究
2.
The reconstruction of lithological profile is one of the important aims in Continental Scientific Drilling.
在岩性复杂的变质岩地区实施的大陆科学钻探,是通过采集井下不同深度岩石物理化学性质和物理场的各种数据,研究地壳特征及演化过程的各种科学问题。
3.
The reconstruction of lithological profile is one of the important aims in continental scientific drilling.
大陆科学钻探通过采集井下不同深度岩石物理化学性质和物理场的各种数据 ,研究地壳特征及演化过程的各种科学问题。
4) CCSD
大陆科学钻探
1.
0~2000m DEPTH CORRECTION OF CHINA CONTINENTAL SCIENTIFIC DRILLING PROGRESSIVE CCSD-1 WELL;
中国大陆科学钻探CCSD-1井0~2000米测井曲线井深自动校正
2.
UHP eclogite samples were collected from surface exposures around Chinese Continental Scientific Drilling (CCSD) drill-site in Donghai area have been measured on thermal conductivity to investigate the effect of mineral components and texture on thermal conductivity (TC) of eclogite.
对采自江苏东海毛北地区 (中国大陆科学钻探先导孔附近 )的新鲜榴辉岩样品进行了岩石热导率的测定 ,初步查明了该区榴辉岩热导率随矿物组成的变化关系 ,探讨了岩石结构特征和温度变化对热导率的影响 。
5) Scientific ocean drilling
科学大洋钻探
6) scientific drilling
科学钻探
1.
Drilling Data Statistic and Inquiry System of Chinese Continental Scientific Drilling Engineering;
中国大陆科学钻探工程钻井数据统计查询系统
2.
Near the past few years, scientific drilling were quickly developed, drill holes penetraed into the forbiden area of the mineralogic research zone, a lot of new concepts and important traces were introduced into the field of geological survey, innovated and revised part of the mineralogical fabricating theory.
科学钻探是研究深部地质学的重要方法之一 ,近年来发展很快。
3.
According to the research of applying situation of leakage magnetic non destroyed testing technique of drilling both home and abroad, combining the structure of scientific drilling string with the destroy characteristics on the applying prospect of leakage magnetic non destroyed testing in the inspection of drill string for scientific drilling is discussed.
通过调研分析国内外漏磁无损检测技术在钻井中的应用现状 ,结合科学钻探钻柱结构及损伤特点 ,探讨漏磁无损检测技术在科学钻探钻柱损伤检测中的应用前景。
补充资料：大口径钻机钻探
大口径钻机钻探
1260
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