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镜像自地址 https://gitee.com/sduem/geomesh.git 已同步 2025-08-03 18:26:51 +08:00
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MT rho

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Signed-off-by: 刘明宏 <liuminghong@mail.sdu.edu.cn>
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刘明宏
2023-09-11 11:07:46 +00:00
提交者 Gitee
父节点 922fde3de2
当前提交 d250b30ceb
共有 2 个文件被更改，包括 21 次插入 和 0 次删除
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9
KarsTunnel_MT/Variables 1.txt 普通文件
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rho_xy ((abs((Ex2_G*mf.Hx-Ex1_G*mf2.Hx)/(mf.Hx*mf2.Hy-mf2.Hx*mf.Hy)))^2/(2*pi*freq*mu0_const)) "Apparent resistivity, xy"
rho_yx ((abs((Ey1_G*mf2.Hy-Ey2_G*mf.Hy)/(mf.Hx*mf2.Hy-mf2.Hx*mf.Hy)))^2/(2*pi*freq*mu0_const)) "Apparent resistivity, yx"
rho_xx ((abs((Ex1_G*mf2.Hy-Ex2_G*mf.Hy)/(mf.Hx*mf2.Hy-mf2.Hx*mf.Hy)))^2/(2*pi*freq*mu0_const)) "Apparent resistivity, xx"
rho_yy ((abs((Ey2_G*mf.Hx-Ey1_G*mf2.Hx)/(mf.Hx*mf2.Hy-mf2.Hx*mf.Hy)))^2/(2*pi*freq*mu0_const)) "Apparent resistivity, yy"
phi_xy arg(1[S]*(Ex2_G*mf.Hx-Ex1_G*mf2.Hx)/(mf.Hx*mf2.Hy-mf2.Hx*mf.Hy))[rad] "Apparent resistivity phase, xy"
phi_yx arg(1[S]*(Ey1_G*mf2.Hy-Ey2_G*mf.Hy)/(mf.Hx*mf2.Hy-mf2.Hx*mf.Hy))[rad] "Apparent resistivity phase, yx"
phi_xx arg(1[S]*(Ex1_G*mf2.Hy-Ex2_G*mf.Hy)/(mf.Hx*mf2.Hy-mf2.Hx*mf.Hy))[rad] "Apparent resistivity phase, xx"
phi_yy arg(1[S]*(Ey2_G*mf.Hx-Ey1_G*mf2.Hx)/(mf.Hx*mf2.Hy-mf2.Hx*mf.Hy))[rad] "Apparent resistivity phase, yy"
S abs((mf2.Ex/mf2.Hx+mf.Ey/mf.Hy)/(mf.Ex/mf.Hy-mf2.Ey/mf2.Hx)) ""

12
KarsTunnel_MT/Variables 2.txt 普通文件
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Ex1_G real(mf.Ex)+mf.omega*1[s]*imag(d(mf.psi0,x))/1[S/m]+i*(imag(mf.Ex)+mf.omega*1[s]*real(d(mf.psi0,x))/1[S/m]) ""
Ey1_G real(mf.Ey)+mf.omega*1[s]*imag(d(mf.psi0,y))/1[S/m]+i*(imag(mf.Ey)+mf.omega*1[s]*real(d(mf.psi0,y))/1[S/m]) ""
Ez1_G real(mf.Ez)+mf.omega*1[s]*imag(d(mf.psi0,z))/1[S/m]+i*(imag(mf.Ez)+mf.omega*1[s]*real(d(mf.psi0,z))/1[S/m]) ""
Ex2_G real(mf2.Ex)+mf2.omega*1[s]*imag(d(mf2.psi0,x))/1[S/m]+i*(imag(mf2.Ex)+mf2.omega*1[s]*real(d(mf2.psi0,x))/1[S/m]) ""
Ey2_G real(mf2.Ey)+mf2.omega*1[s]*imag(d(mf2.psi0,y))/1[S/m]+i*(imag(mf2.Ey)+mf2.omega*1[s]*real(d(mf2.psi0,y))/1[S/m]) ""
Ez2_G real(mf2.Ez)+mf2.omega*1[s]*imag(d(mf2.psi0,z))/1[S/m]+i*(imag(mf2.Ez)+mf2.omega*1[s]*real(d(mf2.psi0,z))/1[S/m]) ""
normE1_G sqrt(Ex1_G^2+Ey1_G^2+Ez1_G^2) ""
normE2_G sqrt(Ex2_G^2+Ey2_G^2+Ez2_G^2) ""
normE2_G2 sqrt(Ey2_G^2+Ez2_G^2) ""
Eyz_r (sqrt(real(Ey2_G)^2+real(Ez2_G)^2)) ""
Eyz_i (sqrt(imag(Ey2_G)^2+imag(Ez2_G)^2)) ""
Exy_i (sqrt(imag(Ex2_G)^2+imag(Ey2_G)^2)) ""