测井技术2012，Vol.36Issue(3)：282-285,4.
地层元素测井仪器结构参数的蒙特卡罗数值模拟
Monte Carlo Numerical Simulation of Structure Parameters in Formation Elements Logging Tool
摘要
Abstract
The Monte Carlo simulation model of formation elements logging tool is established With the model the effects of tool parameters including the shield, boron coating and source spacing are studied on logging responses. In the single shield materials, the shielding effect of Tungsten(W), Nickel (Ni) and Iron(Fe) is the best. In the combined shield materials, the shielding effect of W-Ni-Fe+Boron(B) and W-Ni-Fe+polyethylene is better then that of W-Ni-Fe with the same thickness ; the shielding effect of W-Ni-Fe+polyethylene is much better. In practical tool model, the shielding effect of 11 cm thick of W-Ni-Fe material is above 0. 9; if the Boron coating is the mixed material of 10B and fluoro-elastomer, its 10B content is more than 10%, which may reduce the tool's internal elements influencing effect. The tool shells may use settling stainless steel or Copper (Cu), because they don' t have any influence on spectrum deconvolution of formation elements. The above results may be used as a reference for optimizing the tool structure design.关键词
地层元素测井/蒙特卡罗方法/数值模拟/仪器结构Key words
formation elements logging/Monte Carlo method/numerical simulation/tool structure分类
天文与地球科学引用本文复制引用
严慧娟,岳爱忠,赵均,张建民,王树声,林岩栋..地层元素测井仪器结构参数的蒙特卡罗数值模拟[J].测井技术,2012,36(3):282-285,4.基金项目
CNPC"十二五"重大科技项目地层元素测井仪器研制课题(2011B-4006) （2011B-4006）
