The dispersion properties of a thin-film optical waveguide for TE and TM modes are expressed in simple and general analytic forms. These formulas describe the variation of the effective refractive index with respect to any physical parameter with which the refractive index of any layer or the thickness of the guiding layer may vary. Universal curves for both TE and TM modes are given, and applications of the formulas are discussed
Determination of the so-called optical constants (complex refractive index N, which is usually a fun...
In this dissertation, the analysis of electromagnetic wave propagation through optical fibers consis...
In this paper, some properties of dispersion curves in general isotropic piecewise homogeneous waveg...
The dispersion properties of a thin-film optical waveguide for TE and TM modes are expressed in simp...
The dispersion properties of a thin-film optical waveguide for TE and TM modes are expressed in simp...
The dispersion properties of a thin-film optical waveguide for TE and TM modes are expressed in simp...
The dispersion properties of a thin-film optical waveguide for TE and TM modes are expressed in simp...
The dispersion properties of a thin-film optical waveguide for TE and TM modes are expressed in simp...
"A slab waveguide that comprises a linear substrate, an exponentially graded-index guiding layer, an...
A local variation in the thickness of the waveguide layer of integrated optics waveguide causes a lo...
A local variation in the thickness of the waveguide layer of integrated optics waveguide causes a lo...
A local variation in the thickness of the waveguide layer of integrated optics waveguide causes a lo...
A planar waveguide consisting of three layers is considered. The guiding layer is assumed of exponen...
The paper describes the classical and generalized Luneburg lens in the 3D and planar waveguide imple...
The paper describes the classical and generalized Luneburg lens in the 3D and planar waveguide imple...
Determination of the so-called optical constants (complex refractive index N, which is usually a fun...
In this dissertation, the analysis of electromagnetic wave propagation through optical fibers consis...
In this paper, some properties of dispersion curves in general isotropic piecewise homogeneous waveg...
The dispersion properties of a thin-film optical waveguide for TE and TM modes are expressed in simp...
The dispersion properties of a thin-film optical waveguide for TE and TM modes are expressed in simp...
The dispersion properties of a thin-film optical waveguide for TE and TM modes are expressed in simp...
The dispersion properties of a thin-film optical waveguide for TE and TM modes are expressed in simp...
The dispersion properties of a thin-film optical waveguide for TE and TM modes are expressed in simp...
"A slab waveguide that comprises a linear substrate, an exponentially graded-index guiding layer, an...
A local variation in the thickness of the waveguide layer of integrated optics waveguide causes a lo...
A local variation in the thickness of the waveguide layer of integrated optics waveguide causes a lo...
A local variation in the thickness of the waveguide layer of integrated optics waveguide causes a lo...
A planar waveguide consisting of three layers is considered. The guiding layer is assumed of exponen...
The paper describes the classical and generalized Luneburg lens in the 3D and planar waveguide imple...
The paper describes the classical and generalized Luneburg lens in the 3D and planar waveguide imple...
Determination of the so-called optical constants (complex refractive index N, which is usually a fun...
In this dissertation, the analysis of electromagnetic wave propagation through optical fibers consis...
In this paper, some properties of dispersion curves in general isotropic piecewise homogeneous waveg...