CAJ | 학술논문

对于非常规的储层，例如页岩气，它的储层区是脆性的。在描述不同岩石物理的参数中，杨氏模量E是衡量岩石的脆性的。计算杨氏模量E时，需要有效密度，而计算密度时需要的大偏移距地震资料通常是很难得到的。针对这种情况提出了一种新岩石物理参数E，即杨氏模量和密度的乘积，通过与属性的对比体现其在AVO叠前反演中的优势。
대우비상규적저층，례여혈암기，타적저층구시취성적。재묘술불동암석물리적삼수중，양씨모량E시형량암석적취성적。계산양씨모량E시，수요유효밀도，이계산밀도시수요적대편이거지진자료통상시흔난득도적。침대저충정황제출료일충신암석물리삼수E，즉양씨모량화밀도적승적，통과여속성적대비체현기재AVO첩전반연중적우세。
The discrimination of fluid content and lithology in a reservoir is animportant characterization that has a bearing on reservoir development and itsmanagement. Amongst the different petrophysical parameters, Young's modulus (E) is a measure of their brittleness. But the densityis difficult to derive from seismic data, unless long offset information isavailable. Due to this, we propose a new attribute, E, which is the product of Young's modulus and density, having some advantages in the AVO pre stack inversion by comparison with Mu Rhoattributes.