clarified the m=0 comment in Dynamical tides

Author: veome22

src/BaseStar.cpp

@@ -3331,7 +3331,7 @@ DBL_DBL_DBL_DBL BaseStar::CalculateImKnmDynamical(const double p_Omega, const do
         if (utils::Compare(coreRadiusAU/radiusAU, TIDES_MINIMUM_FRACTIONAL_EXTENT) < 0) {                              
             double Epsilon       = alpha_11 * envMass / m_Mass * oneMinusGamma_2 * alpha_2_3Minus_1 * alpha_2_3Minus_1 / beta_2 / oneMinusAlpha_3 / oneMinusAlpha_2;
 
-            // (l=2, n=1, m=0), Gravity Wave dissipation from envelope boundary is always 0.0 since m=0.0
+            // (l=2, n=1, m=0), Gravity Wave dissipation from envelope boundary is always 0.0 since m * (l(l+1))^{-4/3} = 0
 
             // (l=2, n=1, m=2), Gravity Wave dissipation from envelope boundary
             double w12_4_3       = w12 * std::cbrt(w12);