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Here, d n denotes the component of d, which is vertical to the surface.
where μα denotes the component of the molecular dipole moment that is parallel to the bridge direction, and the origin is in the middle of the bridge.
for any X ∈ D1 and Z, W ∈ D2, where nor(∇ Z W) denotes the component of ∇ Z W in D1 and ∇f denotes the gradient of f.
More specifically, (f^{t_1}_{1,1}) denotes the component of (f_1) along the x-axis (or, equivalently, the direction of (frac{partial c_t}{partial u_t})) of (T_1) and (f^{t_1}_{1,2}) corresponds to its normal component.
Similar(56)
The terms q xy and q z denote the component of scattering vector in-plane and out-of-plane with the substrate, respectively.
For every vector, let and denote the component of in the subspace and, respectively.
Moreover, let C k denote the component of G which meets (0, μ k ), where μ k = λ k (p).
Let us denote the component of the dielectric tensor which is normal (parallel) to the optical axis of the crystal as ε ⊥.
Let S denote the closure of all nontrivial solutions of (A.3) in R × B, that is, S : = { ( λ, w ) ∈ R × B : ( λ, w ) satisfies (A.3) and w ≠ 0 } ¯. and S μ denote the component of S such that ( 0, μ ) ∈ S μ.
Let C denote the component of G π which contains e and assume that C contains m vertices.
Now, suppose that e is a cut-edge and let C denote the component of G π which contains e.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com