G. Kraftmakher

发表

Structure of an Artificial Magnetic Conductor with a High Angular Stability of Resonance Frequency

Yu. N. Kazantsev, G. Kraftmakher, V. Mal’tsev, 2020 .

Tuning the Operating Band of an Artificial Magnetic Conductor

Yu. N. Kazantsev, G. Kraftmakher, V. Mal’tsev, 2019, Journal of Communications Technology and Electronics.

Periodic Arrays of Magnetoelectrically Excited Double and Single Split-Ring Resonators as Artificial Magnetic Conductors

Yu. N. Kazantsev, G. Kraftmakher, V. Mal’tsev, 2018, Journal of Communications Technology and Electronics.

A composite medium with simultaneously negative permittivity and permeability

G. Kraftmakher, V. Butylkin, 2003 .

Experimental Investigation of Response of Chiral Media and “Chiral Media-Ferrite” Structures to Microwave Radiation and Governing Magnetic Field

Yu. N. Kazantsev, G. Kraftmakher, Y. Kazantsev, 1997 .

The Features of the Characteristics of Artificial Magnetic Conductors Based on Band-Stop and Band-Pass Frequency-Selective Surfaces

Yu. N. Kazantsev, G. Kraftmakher, V. Mal’tsev, 2019, Journal of Communications Technology and Electronics.

Electrically controlled nonreciprocity inversion of microwave transmission in a metastructure based on ferrite and a varactor-loaded dipole

G. Kraftmakher, V. Butylkin, Y. Kazantsev, 2015 .

Passbands of bianisotropic and waveguide bianisotropic metamaterials based on planar double split rings

G. Kraftmakher, V. Butylkin, 2008 .

Nonreciprocal transmission spectrum of a ferrite plate-resonant element grating metasandwich with split resonance

G. Kraftmakher, V. Butylkin, 2009 .

Electrically controlled frequency bands of nonreciprocal passage of microwaves in metastructures

G. Kraftmakher, V. Butylkin, Y. Kazantsev, 2013 .

Voltage-controlled unidirectional propagation of microwaves in metastructures ferrite/conductive elements with varactors

G. Kraftmakher, V. Butylkin, Y. Kazantsev, 2016, Applied Physics A.

Nonreciprocal amplitude-frequency resonant response of metasandwiches ``ferrite plate-grating of resonant elements''

G. Kraftmakher, V. Butylkin, 2010 .

Surface waves guided by a plate made from a bianisotropic resonance metamaterial

G. Kraftmakher, V. Mal’tsev, V. Butylkin, 2009 .

Nonreciprocal effects in propagation of microwaves along a waveguide structure formed from a ferrite plate and a lattice of resonant elements

G. Kraftmakher, V. Butylkin, 2009 .

Nonreciprocal microwave transmission in metastructures with transversely magnetized ferrite plate and a grating of resonant elements

G. Kraftmakher, V. Butylkin, 2007 .

Giant nonreciprocal effect under conditions of mutual influence of ferromagnetic and chiral resonances

G. Kraftmakher, V. Butylkin, 2006 .

Magnetically and Electrically Controlled Microwave Interference Pattern in a Meta-Interferometer

G. Kraftmakher, V. Mal’tsev, V. Butylkin, 2019, JETP Letters.

The nonreciprocity of microwave transmission along a bianisotropic-ferrite metastructure

G. Kraftmakher, V. Mal’tsev, V. Butylkin, 2013 .

New realization and microwave properties of double negative material

G. Kraftmakher, 2004 .

Interferogram Control in a Meta-Interferometer with a Metastructure of Linear Wires as a Reflector of a Fabry–Perot Cavity

I. P. Nikitin, G. Kraftmakher, V. Mal’tsev, 2021 .

New Functional Capabilities of Microwave Interferometry When Using Metastructure as a Tunable Beam Splitter

G. Kraftmakher, V. Mal’tsev, V. Butylkin, 2019, Journal of Communications Technology and Electronics.

Specificities of the Microwave Reflection Coefficients of Magnetically Excited Chiral and Ring Conductive Elements for Separation of Magnetic and Electric Responses and Broadband Matching of Radio Absorbing Composites

G. Kraftmakher, V. Mal’tsev, V. Butylkin, 2018 .

Microwave tunable and switchable planar non-reciprocal three-layer multiresonant wire–ferrite metastructure

G. Kraftmakher, V. Mal’tsev, V. Butylkin, 2017 .

Metasandwich ferrite plate/wire grating/longitudinal copper strip with varactor to achieving controlled microwave nonreciprocal absorption

G. Kraftmakher, V. Mal’tsev, V. Butylkin, 2017, 2017 Progress In Electromagnetics Research Symposium - Spring (PIERS).

Method of surface polariton field structure measurement using resonance excited in a single planar double split ring

G. Kraftmakher, V. Butylkin, S. Prosvirnin, 2012 .

Magnetic-type resonance in nonmagnetic line wire excited by surface plasmons in microwave range

G. Kraftmakher, V. Butylkin, 2011 .

Elements of Frequency-Selective Surfaces with a Wide Tuning Range of the Resonance Frequency

I. P. Nikitin, G. Kraftmakher, V. Mal’tsev, 2017 .

Identifying microwave magnetic resonance in chiral elements for creation of controlled matched absorbing metastructures

G. Kraftmakher, V. Butylkin, Y. Kazantsev, 2016, Applied Physics A.

Compensation of reflection from an RF absorbent material with the help of a lattice of double split rings

G. Kraftmakher, V. Mal’tsev, Y. Kazantsev, 2016 .

Identifying microwave magnetic resonance in chiral elements for creation of controlled matched absorbing metastructures

G. Kraftmakher, V. Mal’tsev, V. Butylkin, 2016 .

The effect of chirality on the existence of backward waves in metamaterials made from resonance planar chiral elements

G. Kraftmakher, V. Butylkin, 2008 .

A left-handed composite medium based on waveguiding structures with a bianisotropic filling

G. Kraftmakher, V. Butylkin, 2006 .

Photoinduced Microwave Permittivity of Semiconductors: Exciton Mechanism

M. Parkhomenko, G. Kraftmakher, V. Butylkin, 2023, Journal of Communications Technology and Electronics.

Exciton Contribution to the Photoinduced Giga- and Terahertz Permittivity of Semiconductors

M. Parkhomenko, G. Kraftmakher, V. Mal’tsev, 2022, Journal of Communications Technology and Electronics.

Transformation of the Microwave Resonance Properties of Metastructures with CdS and CdSe at One- and Two-Photon Excitation

G. Kraftmakher, V. Butylkin, Y. Kazantsev, 2021, JETP Letters.

Optical properties in the far IR for a NiO single crystal

G. Kraftmakher, N. I. Furashov, 1967 .