1) mine environment
矿井环境
1.
Aimed at improving conventional mine environment-monitoring method suffering from lower judgment certainty and less sufficient data, this paper proposes a new safe monitor way based on multi parameters and two stage information optimization fusion.
针对传统的传感器监测矿井环境存在评判可靠性低、数据单一的缺点,提出一种基于多参数、两级信息优化融合的安全监测方案。
2.
On the basis of multi-sensor information fusion technique and extension theory,this paper presented a novel method about safety rank evaluation system for mine environment.
该模型能够完整反映矿井环境的安全等级,实现了对矿井环境信息的定性与定量的集成描述。
3.
A Mine Environmental and Personnel Monitoring System based on WSN (MEPMSoWSN) was designed, it employed WSN to monitor the miners\' vital signs and mine environments.
为了煤矿安全生产和管理以及矿工健康,有必要对矿井环境条件和矿工生命体征进行监控。
2) mine thermal environment
矿井热环境
4) mine circumstance paraments
矿井环境参数
5) well fluid environment
井液环境
1.
Numerical analysis of the impact response of composite perforator in well fluid environment;
复合射孔枪在井液环境中冲击响应的数值分析
6) logging environment
测井环境
1.
Bare eyes sonic logging is a kind of commonly used sonic log method in the field of the exploration and development of coal bed gases, logging environment has some effect on sonic skew log.
裸眼声速测井是煤层气勘探和开发中普遍应用的一种测井方法,而测井环境对声波时差测井曲线有一定的影响,为了更准确的通过声波时差测井曲线来反映地层的真实情况,采用了补偿声波测井方法,但这种补偿作用十分有限,不能满足实际需要。
补充资料：海洋自然地理环境(见自然地理环境)
海洋自然地理环境(见自然地理环境)
marine physical geographic environment
haiyang ziran dili huaniing海洋自然地理环境(marin。phys、calgeograPhic environment)见自然地理环境。
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