crosshole

基本解釋

Abstract The evolutionary programming inversion(EPI)of crosshole seismic travel time tomography is a nonlinear and global optimization method.
提要井間地震走時(shí)層析成像的遺傳進(jìn)化反演法是一種全局最優(yōu)化的非線性反演方法。
The technique of crosshole seismic tomography, with its high resolution, can be used to detect the underground fine structures and goals.
地震層析成像技術(shù),以其分辯率高的特點(diǎn),而主要用于地下精細(xì)構(gòu)造和目標(biāo)的探測(cè)。
In order to improve the resolution of crosshole electromagnetic tomography, high precision of forward modeling is necessary.
為提高井間電磁波層析成像的分辨率,正演計(jì)算中需保持較高的計(jì)算精度。
Wang Shoudong, Wu Lu,Crosshole Seismic Data Image Using Wave Equation Inversion, Presented at 66th SEG Annual Meeting, 1996.
王守東，劉家琦，層狀介質(zhì)二維波動(dòng)方程疊前反演方法，中國(guó)地球物理學(xué)會(huì)年刊，長(zhǎng)沙，1993。
The evolutionary programming inversion(EPI)of crosshole seismic travel time tomography is a nonlinear and global optimization method.
井間地震走時(shí)層析成像的遺傳進(jìn)化反演法是一種全局最優(yōu)化的非線性反演方法。