$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$

$3\alpha =2\beta =\gamma$

Q = mSC

$g{T}^2=4{\mathrm{\pi }}^{2}l$

$\rho A = RL$