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A B C D E F G H I J K L M N O P Q R S T U V W X Y Z ALL
SymbolNameUnit
G $g$Standard acceleration of gravitym/s$^2$
$G$ConductanceS/m
$G_1$Geometric factor $G_1$
$G_2$Geometric factor $G_2$ for cables with separate sheaths
$g_a$Substitution coefficient g
$G_b$Geometric factor for backfill
$g_{bs}$Installation constant g
$G_{corr}$Geometric correction factor $G_{corr}$ for jacket around each core
$g_{dry}$Geometric constant of circle with dried-out soilp.u.
$G_{encl}$Factor G for the calculation of the Nusselt number
$G_{FEA}$Geometric reference factor $G_{FEA}$ based on FEM fitting
$G_{od}$Aspect ratio object/duct
$g_s$Substitution coefficient $g_s$ for eddy-currents
$G_{s00}$Factor $G_{s 0.0}$
$G_{s05}$Factor $G_{s 0.5}$
$G_{s10}$Factor $G_{s 1.0}$
$g_x$Geometric constant of circle with characteristic diameterp.u.
$\gamma_{bessel}$Bessel constantp.u.
$\gamma_c$Skin and proximity effect factor $\gamma$ for PAC/GIL conductor
$\gamma_{encl}$Skin and proximity effect factor $\gamma$ for PAC/GIL enclosure
$\gamma_{euler}$Euler's constantm/s$^2$
$\gamma_t$Attainment factor for groups of cables
$\gamma_X$Attenuation factor for crossing1/m
$GMD$Geometric mean distancemm
$GMR$Geometric mean radiusmm
$\mathrm{Gr}_c$Grashof number, conductor to gas
$\mathrm{Gr}_{da}$Grashof number, duct in air
$\mathrm{Gr}_{encl}$Grashof number, gas to enclosure
$\mathrm{Gr}_{gd}$Grashof number, gas to duct
$\mathrm{Gr}_L$Grashof number, ground to air
$\mathrm{Gr}_{od}$Grashof number, object to duct
$\mathrm{Gr}_{og}$Grashof number, object to gas
$\mathrm{Gr}_{prot}$Grashof number, surface to air