MODE OF LOCATION OF TARGETS Russian patent published in 2006 - IPC G01S17/00 G01V5/12 G01N23/223 

Abstract RU 2269794 C2

FIELD: the invention refers to modes of location of targets in a cloud of passive interference and may use application in locators.

SUBSTANCE: the achieved technical result of the invention is the separation of the required object(objects) in a cloud of dipoles without conducting processes of detection and identification of all targets in the cloud of a complex target. The indicated result is achieved by way of irradiating of the targets with a probing signal with a carrier frequency in the field of x-ray or y-radiation with the purpose of receiving responses from the targets not due to the induction of currents in conducting cover of the target or due to interference but due to scattering of x-ray beams on the electronic shells of the atoms or gamma-rays atomic nucleuses of the whole mass of the substance of the target(Compton's effect) and separation because of this of a response from the target with the help of a receiver in direct proportion to the quantity of the atoms in this target, their atomic number(for scattering of x-ray radiation) or the mass figure of the nucleus(for scattering of y-radiation). The passive interference is fulfilled out of frame cloth constructions, a thin aluminum wire or synthetic film covered with an aluminum layer with mass in units and quotas of a gram will give a response on several levels less than a true target with mass of several hundreds of kilograms fulfilled mainly out of steel. The response will be at its maximum at filling the fighting equipment of the target with fissible material.

EFFECT: allows to separate a required object(objects)in the cloud of dipoles.

1 dwg

Similar patents RU2269794C2

Title Year Author Number
MODE OF LOCATION OF TARGETS 2003
  • Akopjan Iosif Grigor'Evich
  • Zudin Oleg Mikhajlovich
  • Kotomin Aleksandr Evgen'Evich
  • Kuchin Mikhail Borisovich
  • Lanovskij Nikolaj Dmitrievich
  • Samonov Viktor Alekseevich
  • Sukhov Anatolij Mikhajlovich
RU2269793C2
IONIC POWER PLANT FOR SPACECRAFTS 2012
  • Lobykin Andrej Aleksandrovich
RU2518467C2
TARGET FINDING METHOD 2004
  • Akopjan Iosif Grigor'Evich
  • Kuchin Mikhail Borisovich
  • Lanovskij Nikolaj Dmitrievich
  • Samonov Viktor Alekseevich
  • Sukhov Anatolij Mikhajlovich
RU2271020C2
METHOD AND DEVICE FOR COMPTON-FLUORESCENT ELEMENTAL ANALYSIS 2004
  • Rad'Ko Valerij Evgen'Evich
RU2284028C2
RADIATION TO PHOTONEUTRON CONVERTING TARGET 2008
  • Kang Kedzhun
  • Khu Khajfeng
  • Jang Jigang
  • Chen Dzhikiang
  • Miao Kitian
  • Chen Dzhianping
  • Liu Jinong
  • Peng Khua
  • Li Tiezhu
  • Zhao Ziran
  • Liu Jaokhong
  • Vu Vanlong
  • Li Juandzhing
RU2406171C1
METHOD OF DETECTION OF DIAMONDS ON CONVEYER IN FLOW OR IN SPECIMEN OF DIAMOND-BEARING ROCK 2000
  • Kondrat'Ev V.I.
  • Pereverzev V.B.
RU2193185C2
METHOD FOR REGULARIZED DETECTION OF USEFUL SIGNALS OF OVER-THE-HORIZON RADAR WITH NON-STATIONARY IONOSPHERIC-SPATIAL PROPAGATION OF RADIO WAVES 2023
  • Gordeev Valerii Alekseevich
  • Kozlov Anatolii Iurevich
  • Tikhonov Vladimir Vasilevich
RU2817867C1
METHOD FOR DETECTING EXPLOSIVE SUBSTANCE AVAILABILITY IN AN ARTICLE UNDER EXAMINATION 2001
  • Ol'Shanskij Ju.I.
  • Filippov S.G.
  • Gzhibovskij N.Eh.
RU2206080C1
METHOD OF DETECTING NUCLEAR FACILITIES BY RADIO PROBING 2011
  • Danilin Igor' Fedorovich
  • Koshkin Ruslan Petrovich
  • Tishin Vasilij Mikhajlovich
  • Shevchenko Grigorij Tarasovich
  • Jushchenko Sergej Petrovich
RU2502087C2
SPECTRAL ANALYSIS WITH SPECTRAL DECONVOLUTION 2014
  • Shazal Damen
  • Fore Massimilyano
RU2665330C2

RU 2 269 794 C2

Authors

Akopjan Iosif Grigor'Evich

Zudin Oleg Mikhajlovich

Kaplun Vladimir Grigor'Evich

Kuchin Mikhail Borisovich

Lanovskij Nikolaj Dmitrievich

Samonov Viktor Alekseevich

Sukhov Anatolij Mikhajlovich

Dates

2006-02-10Published

2003-12-15Filed