The Discretized MIE-Formalism for Electromagnetic Scattering

Approximate Model for Universal Broadband Antireflection Nano-Structure

“…Those expressions are obtained by the summation in Fourier space [20] of the fields scattered by nano-objects taking into account the interaction between nano-particles. The expressions (4), (5) take into account the radiative damping that is necessary for the conservation of energy in the structure [23]. Correspondingly, the correction for radiative damping is excluded from the Eq.…”

Scattering oF Plane Waves on Finite Cylinders with Non-circular Cross-Sections

“…Apart from the radial dependence, the remaining expression is proportional to what is known from the infinitely extended cylinder (see [32] and [20]). The expressions derived so far are valid within the body frame.…”

“…Moreover, orientation averaging becomes more complicated than in the T-matrix approach, and, it is known that spurious solutions can occur which have to be rejected in an additional process. These difficulties are overcome by the Discretized Mie Formalism (DMF) [20]. It was developed to deal with scatterers having non-separable boundary surfaces.…”

The Calculation of Angular Side-Play Amount Produced by Radiation Pressure Acting on the Space Object

“…These aircrafts play an important role in the field of military and civil applications. The space objects include the strategic missile, satellite, space vehicle, space station etc which the object height is about 100 km above [2]. On the human space moving, space detection and identify technologies are absolutely necessarily.…”

“…On the human space moving, space detection and identify technologies are absolutely necessarily. At present, the characters of electromagnetic, light wave scatter and radiation of the objects are managed on the process of space target detection identify [1][2][3][4][5][6][7][8][9][10][11][12][13][14][15][16][17]. Whereas, the development of the detection and identify study using the target's motility is not abroad.…”