MUON HODOSCOPE AND APPARATUS FOR OBJECT DIAGNOSTICS Russian patent published in 2021 - IPC G01T5/08 

Abstract RU 2761333 C1

FIELD: measuring equipment.

SUBSTANCE: invention relates to measuring equipment and diagnostic means. The hodoscope comprises four XY coordinate planes installed in parallel, groups of drift tubes. The planes are composed of longitudinal scintillation counters. The first group of drift tubes is placed between the first and second XY coordinate planes, and the second group of drift tubes is installed between the third and fourth XY coordinate planes.

EFFECT: increase in the accuracy of measurement and diagnostics.

5 cl, 3 dwg

Similar patents RU2761333C1

Title Year Author Number
METHOD OF DIAGNOSTICS OF EMERGENCY NUCLEAR REACTOR 2012
  • Astapov Ivan Ivanovich
  • Barbashina Natal'Ja Sergeevna
  • Dmitrieva Anna Nikolaevna
  • Borog Vladimir Viktorovich
  • Kokoulin Rostislav Pavlovich
  • Kompaniets Konstantin Georgievich
  • Petrukhin Anatolij Afanas'Evich
  • Shutenko Viktor Viktorovich
  • Jashin Igor' Ivanovich
RU2503075C1
COMPLEX FOR MEASURING ANGULAR DEPENDENCE OF RESPONSE OF OPTICAL MODULE OF NEUTRINO CHERENKOV WATER TELESCOPE 2019
  • Amelchakov Mikhail Borisovich
  • Barbashina Natalya Sergeevna
  • Bogdanov Aleksej Georgievich
  • Kindin Viktor Vladimirovich
  • Kokoulin Rostislav Pavlovich
  • Kompaniets Konstantin Georgievich
  • Petrukhin Anatolij Afanasevich
  • Khokhlov Semen Sergeevich
  • Shulzhenko Ivan Andreevich
  • Shutenko Viktor Viktorovich
  • Yashin Igor Ivanovich
RU2726265C1
METHOD OF CALIBRATING MUON HODOSCOPES 2011
  • Ampilogov Nikolaj Vladimirovich
  • Astapov Ivan Ivanovich
  • Kompaniets Konstantin Georgievich
  • Petrukhin Anatolij Afanas'Evich
  • Shutenko Viktor Viktorovich
  • Jashin Igor' Ivanovich
RU2461903C1
COMPLEX FOR MEASURING THE LIGHT YIELD OF SCINTILLATION STRIPS 2022
  • Astapov Ivan Ivanovich
  • Pasyuk Nikita Aleksandrovich
  • Khokhlov Semen Sergeevich
  • Tselinenko Maksim Yurevich
  • Yashin Igor Ivanovich
RU2794236C1
METHOD FOR AZIMUTHAL SCANNING OF ATMOSPHERE USING COSMIC RAY MUON FLUX 2023
  • Petrukhin Anatolij Afanasevich
  • Timakov Stanislav Sergeevich
  • Khokhlov Semen Sergeevich
RU2819137C1
SYSTEM OF MOBILE CHARGED PARTICLE DETECTORS AND METHODS FOR VISUALIZATION OF SPENT NUCLEAR FUEL 2019
  • Borozdin, Konstantin
RU2806543C2
METHOD FOR MONITORING PARAMETERS OF SCINTILLATION DETECTOR 2017
  • Aleksandrin Sergej Yurevich
  • Koldashchov Sergej Valentinovich
  • Lapushkin Sergej Vasilevich
RU2664928C1
BUILDING IMAGE BY CHARGED PARTICLES GENERATED BY SPACE BEAMS 2009
  • Morris Kristofer L.
  • Shul'Tts Larri Dzho
  • Grin Dzhessi Ehndrju
  • Sossong Majkl Dzhejms
  • Borozdin Konstantin N.
  • Klimenko Aleksej V.
  • Blehnpid Gari
  • Tumakov Vladimir
  • Vamba Kolo
RU2503953C2
METHOD AND DEVICE FOR OBTAINING MUONOGRAPHY 2008
  • Barbashina Natal'Ja Sergeevna
  • Borog Vladimir Viktorovich
  • Kokoulin Rostislav Pavlovich
  • Kompaniets Konstantin Georgievich
  • Petrukhin Anatolij Afanas'Evich
  • Timashkov Dmitrij Anatol'Evich
  • Shutenko Viktor Viktorovich
  • Jashin Igor' Ivanovich
RU2406919C2
COORDINATE GAS-FILLED DETECTOR 2011
  • Zhukov Igor' Alekseevich
  • Mjalkovskij Vladimir Vladimirovich
  • Peshekhonov Vladimir Dmitrievich
  • Rabtsun Sergej Vasil'Evich
  • Rusakovich Nikolaj Artem'Evich
  • Topilin Nikolaj Dmitrievich
RU2485547C1

RU 2 761 333 C1

Authors

Astapov Ivan Ivanovich

Kaverznev Mikhail Mikhajlovich

Konev Yurij Nikolaevich

Petrukhin Anatolij Afanasevich

Khokhlov Semen Sergeevich

Yashin Igor Ivanovich

Dates

2021-12-07Published

2020-11-06Filed