© 2015 I.E. Pleshchinskaya, N.B. Pleshchinskii and I.V. Sabirov. It has been proved that the electromagnetic wave diffraction problem by bi-periodical grating of thin conductive strips can have only one solution. Therefore, only Floquet wave can appear by the diffraction of the plane wave by the grating. The diffraction problem is reduced to regular infinite set of linear algebraic equations by method of integral- summatorial identities
The universal approach to solving the diffraction problems on the periodical set of heterogeneities ...
The universal approach to solving the diffraction problems on the periodical set of heterogeneities ...
The universal approach to solving the diffraction problems on the periodical set of heterogeneities ...
© 2015 I.E. Pleshchinskaya, N.B. Pleshchinskii and I.V. Sabirov. It has been proved that the electro...
© 2015 I.E. Pleshchinskaya, N.B. Pleshchinskii and I.V. Sabirov. It has been proved that the electro...
© 2015 I.E. Pleshchinskaya, N.B. Pleshchinskii and I.V. Sabirov. It has been proved that the electro...
© 2015 I.E. Pleshchinskaya and N.B. Pleshchinskii. The electromagnetic wave diffraction problem by t...
© 2015 I.E. Pleshchinskaya and N.B. Pleshchinskii. The electromagnetic wave diffraction problem by t...
The simple method to prove the uniqueness of the solution of the electromagnetic wave diffraction pr...
The simple method to prove the uniqueness of the solution of the electromagnetic wave diffraction pr...
The simple method to prove the uniqueness of the solution of the electromagnetic wave diffraction pr...
The simple method to prove the uniqueness of the solution of the electromagnetic wave diffraction pr...
The universal approach to solving the diffraction problems on the periodical set of heterogeneities ...
The universal approach to solving the diffraction problems on the periodical set of heterogeneities ...
The universal approach to solving the diffraction problems on the periodical set of heterogeneities ...
The universal approach to solving the diffraction problems on the periodical set of heterogeneities ...
The universal approach to solving the diffraction problems on the periodical set of heterogeneities ...
The universal approach to solving the diffraction problems on the periodical set of heterogeneities ...
© 2015 I.E. Pleshchinskaya, N.B. Pleshchinskii and I.V. Sabirov. It has been proved that the electro...
© 2015 I.E. Pleshchinskaya, N.B. Pleshchinskii and I.V. Sabirov. It has been proved that the electro...
© 2015 I.E. Pleshchinskaya, N.B. Pleshchinskii and I.V. Sabirov. It has been proved that the electro...
© 2015 I.E. Pleshchinskaya and N.B. Pleshchinskii. The electromagnetic wave diffraction problem by t...
© 2015 I.E. Pleshchinskaya and N.B. Pleshchinskii. The electromagnetic wave diffraction problem by t...
The simple method to prove the uniqueness of the solution of the electromagnetic wave diffraction pr...
The simple method to prove the uniqueness of the solution of the electromagnetic wave diffraction pr...
The simple method to prove the uniqueness of the solution of the electromagnetic wave diffraction pr...
The simple method to prove the uniqueness of the solution of the electromagnetic wave diffraction pr...
The universal approach to solving the diffraction problems on the periodical set of heterogeneities ...
The universal approach to solving the diffraction problems on the periodical set of heterogeneities ...
The universal approach to solving the diffraction problems on the periodical set of heterogeneities ...
The universal approach to solving the diffraction problems on the periodical set of heterogeneities ...
The universal approach to solving the diffraction problems on the periodical set of heterogeneities ...
The universal approach to solving the diffraction problems on the periodical set of heterogeneities ...