Merge pull request #566 from geoscixyz/dccowan-patch-1

Update transient_response.rst
geoscixyz · Nov 19, 2021 · 2c7b9fa · 2c7b9fa
2 parents a1a9f76 + bf283bd
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diff --git a/content/maxwell4_tdem/inductive_sources/sphere/general_formulation.rst b/content/maxwell4_tdem/inductive_sources/sphere/general_formulation.rst
@@ -59,7 +59,7 @@ An explicit expression for :math:`\chi (t)` can be obtained from Wait and Spies
 where :math:`u(t)` is the unit-step function, :math:`\delta (t)` is the Dirac delta function, :math:`\mu_r = \mu/\mu_0` is the relative permeability of the sphere and:
 
 .. math::
-	\beta = \big ( \mu_0 \sigma \big )^{1/2} R
+	\beta = \big ( \mu \sigma \big )^{1/2} R
 	:label: eqBetaGenDef
 	
 Coefficients :math:`\xi_n` within the sum are defined by:

diff --git a/content/maxwell4_tdem/inductive_sources/sphere/impulse_response.rst b/content/maxwell4_tdem/inductive_sources/sphere/impulse_response.rst
@@ -76,7 +76,7 @@ For a conductive and permeable sphere, the impulse response is given by (:cite:`
 where:
 
 .. math::
-	\beta = (\mu_0 \sigma )^{1/2} R
+	\beta = (\mu \sigma )^{1/2} R
 
 
 Coefficients :math:`\xi_n` within the sum are defined by:

diff --git a/content/maxwell4_tdem/inductive_sources/sphere/transient_response.rst b/content/maxwell4_tdem/inductive_sources/sphere/transient_response.rst
@@ -103,7 +103,7 @@ For a step-off excitation, the induced dipole moment for the sphere is given by:
 where :math:`\mu_r = \mu/\mu_0` is the relative permeability of the sphere and:
 
 .. math::
-	\beta = \big ( \mu_0 \sigma \big )^{1/2} R
+	\beta = \big ( \mu \sigma \big )^{1/2} R
 	:label: eqBetaGenDefTransient
 
 Coefficients :math:`\xi_n` within the sum are defined by: