石油物探
石油物探
석유물탐
GEOPHYSICAL PROSPECTING FOR PETROLEUM
2009年
6期
606-610
,共5页
崔汝国%王尚旭%宁鹏鹏%曹国滨
崔汝國%王尚旭%寧鵬鵬%曹國濱
최여국%왕상욱%저붕붕%조국빈
泥质粘土%激发因素%激发效果%炸药密度%爆速%能量
泥質粘土%激髮因素%激髮效果%炸藥密度%爆速%能量
니질점토%격발인소%격발효과%작약밀도%폭속%능량
mud clay%explosive factors%explosive effect%dynamite density%detonation velocity%energy
针对济阳坳陷的粘土介质,对影响激发效果的因素进行了系统分析和理论探讨.应用爆炸动力学和介质力学等理论,对济阳坳陷粘土介质爆破变形、破坏特征进行了研究;分析了爆炸应力随距离的变化规律;给出了空腔区、破碎区和塑性区的半径计算公式;论证了炸药爆炸能量在粘土介质中的能量分配理论,讨论了炸药爆速、密度等参数以及激发介质的速度、密度、弹性模量对地震波能量的影响.在理论研究的基础上,在济阳坳陷WHZ探区的不同激发介质中进行了13种不同爆速的炸药震源试验,试验结果与理论分析比较吻合,地震资料质量有了改进.
針對濟暘坳陷的粘土介質,對影響激髮效果的因素進行瞭繫統分析和理論探討.應用爆炸動力學和介質力學等理論,對濟暘坳陷粘土介質爆破變形、破壞特徵進行瞭研究;分析瞭爆炸應力隨距離的變化規律;給齣瞭空腔區、破碎區和塑性區的半徑計算公式;論證瞭炸藥爆炸能量在粘土介質中的能量分配理論,討論瞭炸藥爆速、密度等參數以及激髮介質的速度、密度、彈性模量對地震波能量的影響.在理論研究的基礎上,在濟暘坳陷WHZ探區的不同激髮介質中進行瞭13種不同爆速的炸藥震源試驗,試驗結果與理論分析比較吻閤,地震資料質量有瞭改進.
침대제양요함적점토개질,대영향격발효과적인소진행료계통분석화이론탐토.응용폭작동역학화개질역학등이론,대제양요함점토개질폭파변형、파배특정진행료연구;분석료폭작응력수거리적변화규률;급출료공강구、파쇄구화소성구적반경계산공식;론증료작약폭작능량재점토개질중적능량분배이론,토론료작약폭속、밀도등삼수이급격발개질적속도、밀도、탄성모량대지진파능량적영향.재이론연구적기출상,재제양요함WHZ탐구적불동격발개질중진행료13충불동폭속적작약진원시험,시험결과여이론분석비교문합,지진자료질량유료개진.
In seismic exploration,there are many factors impacting the explosive effect of dynamite source.For the clay medium of Jiyang Depression,the factors of influencing explosive effect were theoretical discussed.Based on explosive dynamics and medium mechanics,explosion deformation and damage characteristics for the clay median of Jiyang Depression was studied,the changing rules of explosive stress via distance was analyzed,and the radius calculation formula of cavity zone,crushed zone and plastic zone were given,the explosive energy distribution in clay medium was demonstrated,and the impact of detonation velocity and dynamite density on seismic wave energy,as well as the velocity,density and elastic module of shooting medium on seismic wave energy was studied.Based on the study of explosive theory,the explosive test with thirteen types of detonation velocity has been done in different shooting medium at WHZ area in Jiyang Depression.The test results coincide with the theoretical analysis,and the quality of seismic data has been improved.