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Solution methods for Electric Field Integral Equations
... In this thesis Volume Electric Field Integral Equations (VEFIE) have been used to model electromagnetic scattering problems. The obtained results from VEFIE for a plane wave scattering on cylindrical and spherical objects are compared with the analytical Mie series solutions. This validated the conc ...
... In this thesis Volume Electric Field Integral Equations (VEFIE) have been used to model electromagnetic scattering problems. The obtained results from VEFIE for a plane wave scattering on cylindrical and spherical objects are compared with the analytical Mie series solutions. This validated the conc ...
lattice approximations
... Mixed (intensive-exstensive) representation of gauge fields: parallell transporter on every lattice link . ...
... Mixed (intensive-exstensive) representation of gauge fields: parallell transporter on every lattice link . ...
International Journal of Mathematics, Game Theory and Algebra
... investigated this property of networks using monotone sigmoidal functions (tending to 0 at minus infinity and 1 at infinity), with only weights located on the unit sphere. We see that the weights required for u. a. p. are not necessary to be of an arbitrarily large magnitude. But what if they are to ...
... investigated this property of networks using monotone sigmoidal functions (tending to 0 at minus infinity and 1 at infinity), with only weights located on the unit sphere. We see that the weights required for u. a. p. are not necessary to be of an arbitrarily large magnitude. But what if they are to ...
Lecture 8: Forces & The Laws of Motion
... Questions of the Day A 50-kg object is traveling with a speed of 100 m/s and a 100-kg object is traveling at a speed of 50 m/s. 1a) Which object has more momentum? 1b) Which object has more kinetic energy? a) 50-kg object b) 100-kg object c) they are equal 2) Would a head-on collision between two c ...
... Questions of the Day A 50-kg object is traveling with a speed of 100 m/s and a 100-kg object is traveling at a speed of 50 m/s. 1a) Which object has more momentum? 1b) Which object has more kinetic energy? a) 50-kg object b) 100-kg object c) they are equal 2) Would a head-on collision between two c ...
MuNew Sesaps (1) WM
... All include neutrinos as secondary, “massless” particles which help to fulfill the standard model. ...
... All include neutrinos as secondary, “massless” particles which help to fulfill the standard model. ...
Rotational−Vibrational Levels of Diatomic Molecules Represented
... potential). Thus, the degree of the overall agreement between the exact potentials and the potentials 1 and 3 is measured here by the ratios ∆Ui (see Tables 1 and 2; the corresponding values of ch are given in Table 3). The ratios are much smaller than 1 (typically, they are smaller than 0.05). Howe ...
... potential). Thus, the degree of the overall agreement between the exact potentials and the potentials 1 and 3 is measured here by the ratios ∆Ui (see Tables 1 and 2; the corresponding values of ch are given in Table 3). The ratios are much smaller than 1 (typically, they are smaller than 0.05). Howe ...
