… (b) Effective Hamiltonian approach to scattering description. Here, a n stands for the amplitude
of the n th … (5), we can introduce scattering S p q and reflection S p p ≡ S p coefficients as …

… scattered electric field, which is adopted from an effective roughness model [18]. S is the
scattering coefficient … where SPP (ks, ki) denotes the scattering coefficient at the patch surface as …

… by the conductivity effective mass \({m}_{c}^{* }\). b Comparison of Seebeck coefficients, α,
at … 4b we compare calculated Seebeck coefficients against those obtained experimentally at …

… After that, the dominance of Compton scattering leads to diminish the Z e f f values. In Fig.
4, the effective atomic numbers of the CT contrast agents have been compared with Z R W e f f …

… properties of the nanoparticle clouds were calculated based on the independent scattering
regime. Then, the effective scattering coefficient σ λ , absorption coefficient κ λ , and extinction …

… 2 scattering amplitudes of a light real scalar field, using semi-definite programming to carve
out the space of allowed EFT coefficients … This includes the coefficients of s2 + t2 + u2 and stu …

… are weighted by different scattering coefficients (ie, changes … scattering coefficient has to
be normalized so that its integral over a hemisphere is equal to an effective reflection coefficient …

… The scattering coefficient, absorption coefficient, and phase … as an effective medium with
volume-averaged coefficients … photon transport in an effective scattering medium using MC can …

… scattering, photoelectric effect, pair production in a nuclear field and pair production in an
electronic field) contribute to the total mass attenuation coefficient … coefficient. The Compton …

… n (γ) of the scattering coefficients for a test particle in a … , by choosing a coordinate R such
that the coefficient C(R) of dθ2 + … the effective potential describing the scattering dynamics, it is …