1) Taiyuan Formation coal
太原组煤
1.
For Taiyuan formation coal with strong deoxidization degree,CH4 presents the lowest activation energy Ea,followed by CO2,while C3H6 presents the highest activation energy Ea,followed by C2H4.
强还原程度的太原组煤解析CH4的活化能Ea最低,其次是CO2;解析C3H6的Ea最高,其次是C2H4。
2) coal seams in upper member of Taiyuan Formation
太原组上段煤层
3) The No. 6 coal seam of Taiyuan Formation
太原组6号煤层
4) Taiyuan Coal Washery
太原选煤厂
1.
The Conception of the Modern Management and the Demand of Market——Considerations about the Quality Analysis Meeting of Taiyuan Coal Washery;
现代管理理念和市场需求——太原选煤厂质量分析会之思考
5) Taiyuan Formation
太原组
1.
Sedimentary Environment of K_2-K_4Environment of K_2-K_4 Limestone Member of Taiyuan Formation in Souteaorst Qinshui Coalfield,Shanxi;
沁水煤田町店勘探区太原组K_2－K_4灰岩段沉积环境
2.
Study of the sedimentary microfacies of the Taiyuan Formation in the Tabamiao area,Ordos Basin,China;
鄂尔多斯盆地塔巴庙区块太原组沉积微相研究
3.
Braided-river delta of the Taiyuan Formation of the Upper Carboniferous in the Hulusitai area of Inner Mongolia;
内蒙葫鲁斯太上石炭统太原组辫状河三角洲沉积
6) raw coal component
原煤组分
1.
The paper describes the dual energy gamma - ray transmission based on - line raw coal component identification model and discussess on the cause resulting in error during measurement.
介绍了基于双能γ射线透射法的原煤在线组分识别模型,对测量过程中的误差成因进行了阐述,论证了质量厚度和组分几何分布存在跨度变化会引入动态测量误差,提出了实际应用中提高原煤组分在线识别精度的相应对策。
补充资料：除夜太原寒甚
【诗文】：
寄语天涯客，轻寒底用愁。
春风来不远，只在屋东头。
【注释】：
【出处】：
寄语天涯客，轻寒底用愁。
春风来不远，只在屋东头。
【注释】：
【出处】：
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