1) square fields
长坡井田
2) Dengyo Mine
东坡井田
1.
Quantitative Evaluation of Mining Structure of Dengyo Mine Based on the Artificial Neural Network;
东坡井田矿井构造的人工神经网络定量评价
3) over length inclined shaft with high gradient
大坡度超长斜井
4) Changchengwopu minefield
长城窝堡井田
1.
After comprehensively studied regional geology,stratigraphy,sedimentary structure,paleontology and coal measures distribution in the Changchengwopu minefield,coastal and shallow lake sedimentary types and sedimentary environment evolution process were determined,that is the theoretical basis of coal seam hosting regularity,mine design and production,to tap the resources potentials.
用现代沉积学理论对长城窝堡井田地层、构造、古生物化石和煤系分布规律等进行了综合分析研究,确定了该井田为滨浅湖沉积类型,分析了井田沉积环境的演化过程,预测了张强盆地内其它可能成矿区域,为矿区煤炭资源进一步勘探提供了新的靶区。
5) well
[英][wel] [美][wɛl]
井田
1.
The great undulating of soleplate of the third coal layer in Wangping well field badly influence exploiting disposal and excavating coal laneway.
针对王坪井田3号煤层底板起伏变化大,严重影响开拓及采煤巷道布置的现状,利用趋势面分析的方法,分析了井田内的构造展布规律。
6) mine field
井田
1.
Relationship between thickness changes and structural stress in seam of Shanxi Group,Mowo mine field;
磨窝井田山西组煤层厚度变化与构造应力关系
2.
Analysis on the coal characteristics of Mayidong mine field;
马依东井田煤质特征浅析
3.
Based on the introduction of Suqiao mine field's hydrogeological features as geographical environment,the features of water-bearing formation,and penetrative features of fault,this paper analyzes in detail the water filling factors.
在介绍苏桥井田自然地理环境和岩层含水性,断层的导水性等水文地质特征的基础上,较详细地分析了矿床充水因素,并对该井田的±0m水平和-200m水平的涌水量进行了预测,为矿山开采提供水文地质依据。
补充资料：长乐坡
1.地名。在今陕西省西安市郊。
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