PROCEDURE FOR DETERMINATION OF RUNOUT OF REVOLVING ROTOR OF GAS CENTRIFUGE Russian patent published in 2011 - IPC G01M1/22 

Abstract RU 2422788 C1

FIELD: machine building.

SUBSTANCE: invention refers to procedures for determination of runout of revolving rotor of gas centrifuge (GC) by analysis of signal from inductive rotation sensor (sensor of rotation signalisation SR). Additionally, the procedure for determination of value of runout of the gas centrifuge rotor consists in measurement of duration of periods of a signal from the sensor of rotation signalisation and in distribution of periods by duration. On base of distribution there is found difference in durations of the longest and shortest periods and average duration of a period. Further, there is calculated value of runout by formula where A is value of runout, c is constant depending on design of the sensor, ΔT is difference between the longest period Tmax and the shortest period Tmin of signal from the sensor SR; ΔT=Tmax-Tmin; Taver is average duration of period of a signal from sensor SR.

EFFECT: prediction of change of technical state of gas centrifuge in course of time; additional optimisation of repair term and reduced losses of operation time.

3 dwg, 3 cl

Similar patents RU2422788C1

Title Year Author Number
PROCEDURE FOR DETERMINATION OF MODULE AND ANGLE OF RUNOUT OF REVOLVING ROTOR OF GAS CENTRIFUGE 2010
  • Domnenko Anatolij Ivanovich
  • Zajtsev Evgenij Sergeevich
RU2450251C2
METHOD OF DETECTION OF DEFECTS (DISTURBANCES) IN GAS CENTRIFUGES OF ISOTOPE-SEPARATING CASCADE AND DIAGNOSIS SYSTEM FOR REALIZATION OF THIS METHOD 2002
  • Abramovich A.V.
  • Afanas'Ev V.G.
  • Gorokhov V.E.
  • Zimin B.M.
  • Zykova I.M.
  • Iljukhin V.M.
  • Kolesnikov A.I.
  • Levchuk V.K.
  • Mazin V.I.
  • Ovsjannikova M.M.
  • Roshchupkin V.I.
  • Torgunakov Ju.B.
RU2236308C2
WAY FOR RADIO ACOUSTIC ATMOSPHERE SOUNDING 2000
  • Ul'Janov Jurij Nikolaevich
  • Butakova Svetlana Viktorovna
  • Skvortsov V.S.
  • Vetrov V.I.
RU2196345C2
METHOD TO DETERMINE GEOMETRIC CHARACTERISTICS OF HYDRAULIC FRACTURING CRACK 2014
  • Khisamov Rais Salikhovich
  • Birjal'Tsev Evgenij Vasil'Evich
  • Shabalin Nikolaj Jakovlevich
  • Ryzhov Vasilij Aleksandrovich
  • Khannanov Rustehm Gusmanovich
RU2550770C1
RADAR METHOD FOR DETERMINATION OF OBJECT MOTION PARAMETERS 1998
  • Bljakhman A.B.
  • Samarin A.V.
RU2133480C1
METHOD OF DETECTING INCREASED ECCENTRICITY OF ASYNCHRONOUS ELECTRIC MOTOR 2024
  • Strakhov Aleksandr Stanislavovich
  • Novoselov Evgenij Mikhajlovich
  • Polkoshnikov Denis Andreevich
  • Zakharov Mikhail Alekseevich
  • Nazarychev Aleksandr Nikolaevich
  • Rasskazchikov Aleksandr Viktorovich
  • Morozov Nikolaj Aleksandrovich
  • Skorobogatov Andrej Aleksandrovich
RU2823095C1
SPACE RADAR SCANNING METHOD 2017
  • Khomyakov Aleksandr Viktorovich
  • Kurbatskij Sergej Alekseevich
  • Rojzen Mark Isaakovich
  • Lebedenko Yurij Igorevich
  • Sigitov Viktor Valentinovich
RU2676673C1
METHOD FOR MEASUREMENT OF ALTERNATING VOLTAGE AMPLITUDE OF SIGNAL COMING FROM ALARM SENSOR OF GAS CENTRIFUGE ROTATION, WITH APPLICATION OF THIS SIGNAL FREQUENCY METRE 2008
  • Rjabov Evgenij Valentinovich
  • Kravtsov Sergej Petrovich
RU2383028C2
METHOD AND DEVICE FOR PRODUCING THERAPEUTIC ACTION 2000
  • Berkutov A.M.
  • Borisov A.G.
  • Zhulev V.I.
  • Kir'Jakov O.V.
  • Proshin E.M.
RU2195974C2
ELECTROSTATIC GYROSCOPE WITH OPTICAL READING OF ROTOR AXIS POSITION AND METHOD TO DETERMINE ANGULAR POSITION OF ROTOR AXIS 2013
  • Landau Boris Efimovich
  • Levin Sergej L'Vovich
  • Belash Andrej Anatol'Evich
  • Demidov Anatolij Nikolaevich
  • Povodyrev Jurij Viktorovich
RU2531060C1

RU 2 422 788 C1

Authors

Domnenko Anatolij Ivanovich

Zajtsev Evgenij Sergeevich

Dates

2011-06-27Published

2010-02-03Filed