ELECTROMAGNETIC VIBRATION GENERATOR Russian patent published in 2021 - IPC H03B9/12 

Abstract RU 2747116 C1

FIELD: radio communication; radar location; measuring equipment.

SUBSTANCE: invention relates to microwave equipment; it can be used in radio communication, radar location and measuring equipment for generating electromagnetic vibrations in millimeter and submillimeter wavelength range. The electromagnetic vibration generator contains a resonator consisting of the first, made of two parts, and the second mirrors installed opposite each other with a gap, and a radiating diode installed in a certain way in the waveguide and connected to the parts of the first mirror, each of which is an independent electrode with the formation of a communication loop with the resonator. Directly in front of the radiating diode, a dielectric mesoscale particle with a refractive index in the range of approximately 1.2 to 1.7 is installed, forming a focal area of increased intensity of the electromagnetic field with a cross-section of about 1/3-1/4 of the length of the radiation used. The distance between the outer surface of the particle base and the radiating diode is no more than approximately the length of the focusing area formed by the specified dielectric particle.

EFFECT: increased intensity of electromagnetic vibration radiation of millimeter and terahertz wavelength ranges.

2 cl, 1 dwg

Similar patents RU2747116C1

Title Year Author Number
METHOD FOR FORMING IMAGE OF OBJECTS WITH SUBDIFFRACTION RESOLUTION IN MILLIMETRIC, TERAHERTZ, INFRARED AND OPTICAL RANGES OF WAVE LENGTHS 2016
  • Minin Igor Vladilenovich
  • Minin Oleg Vladilenovich
RU2631006C1
METHOD OF FORMING IMAGES OF OBJECTS WITH SUB-DIFFRACTION RESOLUTION IN MILLIMETER, TERAHERTZ, INFRARED AND OPTICAL WAVELENGTH RANGES 2018
  • Minin Igor Vladilenovich
  • Minin Oleg Vladilenovich
RU2694123C1
WAVEGUIDE MICROWAVE PROBE 2023
  • Minin Igor Vladilenovich
  • Minin Oleg Vladilenovich
RU2804608C1
METHOD FOR FORMING IMAGES OF OBJECTS WITH SUBDIFFRACTION RESOLUTION AND HIGH CONTRAST 2021
  • Minin Igor Vladilenovich
  • Minin Oleg Vladilenovich
RU2777709C1
EHF VARIFOCAL LENS 2020
  • Minin Igor Vladilenovich
  • Minin Oleg Vladilenovich
RU2744033C1
METHOD OF REGISTRATION OF ELECTROMAGNETIC RADIATION IN IR, MICROWAVE AND TERAHERTZ RANGE OF WAVE-LENGTHS 2016
  • Minin Igor Vladilenovich
  • Minin Oleg Vladilenovich
RU2655714C1
ULTRASONIC DEVICE FOR WASHING CLOTHES 2020
  • Minin Igor Vladilenovich
  • Minin Oleg Vladilenovich
RU2746823C1
DETECTOR HEAD 2016
  • Minin Igor Vladilenovich
  • Minin Oleg Vladilenovich
RU2624608C1
METHOD FOR CREATING MAGNETIC FIELDS IN MESO-SIZED DIELECTRIC SPHERICAL TWO-LAYER PARTICLES 2023
  • Minin Igor Vladilenovich
  • Minin Oleg Vladilenovich
RU2806895C1
METHOD FOR FOCUSING ELECTROMAGNETIC RADIATION 2022
  • Minin Igor Vladilenovich
  • Minin Oleg Vladilenovich
RU2790963C1

RU 2 747 116 C1

Authors

Minin Igor Vladimirovich

Minin Oleg Vladilenovich

Dates

2021-04-28Published

2020-03-04Filed