1.
But it is difficult to find a modern suitable analogue of ancient coal.
但苦于寻找古代煤层的合适的类比物。
2.
Main Achievements of Coal Science and Technology in China s Acient Times;
中国古代煤炭科学技术的主要成就(下)
3.
Major Achievements in China s Ancient Coal Science and Technology;
中国古代煤炭科学技术的主要成就(上)
4.
THE TEXTUAL CRITICISM AND DISCRIMINATION OF SOME PROBLEMS ABOUT UTILIZATION OF COAL IN ANCIENT CHINA
中国古代用煤历史的几个问题考辨
5.
LATE PALAEOZOIC ERA COAL FORMING ENVIRONMENTS′ EVOLUTION IN THE ZIBO AREA,SHANDONG PROVINCE
山东淄博地区晚古生代成煤环境演替
6.
THE LATITUDE 38 N.TECTONIC BELT AND ITS CONTROLLING FUNCTION TO THE LATE PALAEOZOIC COAL MEASURES
38°构造带及其对晚古生代煤系的控制作用
7.
The Characteristic and Tectonic Significance of Sandbodies in Datong Late Paleozoic Coal-Forming Basin;
大同晚古生代聚煤盆地砂体特征及其构造意义
8.
Probe into Neopaleozoic Sourceland Parent-rock Combinations in Datong Coalfield
大同煤田晚古生代陆源区母岩组合探讨
9.
The formation and development of the diwa controlled the distribution and metamorphism of coal.
地洼的形成与发展对中,古生代煤层赋存、变质关系密切。
10.
Straftigraphic division and correlation of the Late Paleozoic coal-measure rock in the datong-Ningwu Basin of Shanxi
山西大宁盆地晚古生代煤系岩石地层划分与对比
11.
Discussion on thermal evolution and secondary hydrocarbon generation of organic matter from Upper Paleozoic coal measures in Huabei area
华北地区上古生代煤系有机质热演化与二次生烃探讨
12.
The Biotic Groups and Stratigraphic Subdivision of Late Paleozoic Era in Tengxian Coalfield of Shandong-On Carboniferous-Permian Boundary;
山东滕县煤田晚古生代生物群及地层划分—兼论石炭—二叠系界线
13.
Contribution of the Late Paleozoic coal measures as source rocks to hydrocarbon generation in the Ordos Basin
鄂尔多斯盆地晚古生代煤层作为气源岩的成烃贡献
14.
Models of Pure CO_2 and Pure CH_4 Adsorption on the Late Paleozoic Coals from the Kailuan Coalfield,Hebei,China
河北开滦矿区晚古生代煤对CO_2和CH_4气体吸附模型探讨
15.
Isothermal adsorption of CH_4/CO_2 mixed gas for the late Paleozoic coals from the Kailuan coalfield of Hebei Province
河北开滦矿区晚古生代煤对CH_4/CO_2二元气体等温吸附特性
16.
Predictions for Isothermal Adsorption of CH_4/CO_2 Binary Gas for the Late Paleozoic Coals from the Kailuan Coalfield of Hebei
开滦矿区晚古生代煤CH_4/CO_2二元气体等温吸附预测
17.
Mesozoic and Cenozoic basin evolution and coal-derived gas accumulation of upper Paleozoic in the area of Bohai Bay Basin
中、新生代渤海湾盆地区演化与上古生界煤成气成藏
18.
replace coal by [with] gas
用煤气代替煤作燃料