科技与创新
科技與創新
과기여창신
Science and Technology & Innovation
2015年
3期
120-120,121
,共2页
煤岩层%勘查区%标志层%物理特征
煤巖層%勘查區%標誌層%物理特徵
매암층%감사구%표지층%물리특정
coal and rock%exploration area%mark layer%physical characteristics
虒亭东勘查区煤系地层太原组、山西组含煤层数多，煤厚变化大，根据勘查区钻孔地质资料，采用标志层法、层间距法、煤岩层组合（岩性）法、物性特征（测井曲线）和煤层特征等方法，综合考虑多种因素，通过合理对比，得出正确的结论，大大提高了煤层资源量估算结果的可靠性。
虒亭東勘查區煤繫地層太原組、山西組含煤層數多，煤厚變化大，根據勘查區鑽孔地質資料，採用標誌層法、層間距法、煤巖層組閤（巖性）法、物性特徵（測井麯線）和煤層特徵等方法，綜閤攷慮多種因素，通過閤理對比，得齣正確的結論，大大提高瞭煤層資源量估算結果的可靠性。
사정동감사구매계지층태원조、산서조함매층수다，매후변화대，근거감사구찬공지질자료，채용표지층법、층간거법、매암층조합（암성）법、물성특정（측정곡선）화매층특정등방법，종합고필다충인소，통과합리대비，득출정학적결론，대대제고료매층자원량고산결과적가고성。
Siting East exploration area coal measures strata in Taiyuan group, Shanxi group containing numbers of coal seams, coal thickness changes, according to the exploration area drilling geological data, using sign law, layer spacing method, coal and strata combination (lithology)characteristic method, object(logs)and the characteristics of coal seam and other methods, considering various factors by contrast, reasonable, come to the correct conclusion, greatly improving the reliability of the estimation results coal resources quantity.
