METHOD OF GRAPHITIZATION FURNACE CORE TEMPERATURE DETERMINING Russian patent published in 2017 - IPC G01K7/02 C01B31/04 

Abstract RU 2608572 C2

FIELD: technological processes.

SUBSTANCE: invention relates to graphitized structural materials production, more specifically to graphitization operation. Disclosed new method of graphitization furnace core temperature determining is characterized by fact, that heat insulation layer temperature is measured along normal to core surface in several, but not less than three points simultaneously, wherein in such part of layer, which temperature is not exceeding 1,500 °C. Based on them determining analytical dependence of temperature distribution in temperatures measurement area, and obtained analytical dependence is spread over heat-insulating layer entire thickness. As analytical dependence square trinomial of type is taken t=ax2+bx+c. Coefficients of a, b, c in relationship are determined by simultaneously measured temperatures t(x) in several points xi in heat insulating layer along normal to core surface. At that, length of normal section perpendicular to core side surface, on which temperature measurements are performed should be not less than 0.2 of heat insulation layer thickness.

EFFECT: simplification of graphitization furnace core temperature determining process, as well as higher accuracy of graphitization furnace core temperature determining.

3 cl

Similar patents RU2608572C2

Title Year Author Number
METHOD OF DETERMINING CORE GRAPHITRATION FURNACE TEMPERATURE 2018
  • Perevezentsev Valentin Petrovich
  • Petrov Aleksej Viktorovich
RU2704558C1
METHOD OF DEFINING GRAPHITISATION FURNACE CORE TEMPERATURE 2011
  • Perevezentsev Valentin Petrovich
  • Ivanova Irina Aleksandrovna
RU2472119C1
ANNEALING OF LARGE-SIZE BLANKS OF FINE-GRAIN GRAPHITE BY ISOSTATIC PRESSING 2014
  • Perevezentsev Valentin Petrovich
  • Bejlina Natalija Jur'Evna
  • Rubinchik Ol'Ga Vasil'Evna
RU2559966C1
METHOD FOR PRODUCING HIGH PURITY NATURAL GRAPHITE 2016
RU2612713C1
METHOD OF THERMAL INSULATION OF CORE OF ELECTRIC GRAPHITIZATION FURNACE 0
  • Malej Lyubov Stepanovna
  • Malej Mikhail Dmitrievich
SU1235822A1
METHOD OF PACKAGING FURNACES FOR GRAPHITIZATION AND SIMULTANEOUS PURIFICATION OF CARBON BILLETS 0
  • Avdeenko Mikhail Alekseevich
  • Perevezentsev Valentin Petrovich
  • Petrov Evgenij Leonidovich
SU1155563A1
ELECTRICAL RESISTANCE OVEN FOR GRAPHITIZING CARBON BLANKS PLACED INTO CORE IN A LAYER OF HEAT INSULATING CHARGE 0
  • Znamerovskij Vladimir Yurevich
  • Luboshnikov Yurij Ivanovich
  • Ioffe Aleksandr Nakhimovich
SU1642214A1
METHOD OF PACKING OF CARBONIC BLANKS IN GRAPHITIZATION FURNACE 0
  • Popovkin Yurij Matveevich
  • Rogaleva Nataliya Ivanovna
  • Astakhov Viktor Pavlovich
  • Timchenko Aleksandr Semenovich
SU1765115A1
METHOD OF PACKING ELONGATED CARBON BLANKS IN GRAPHITIZING FURNACES 1990
  • Perevezentsev V.P.
  • Zhivykh T.I.
  • Dvortsov V.V.
  • Akhmetshina L.N.
SU1764283A1
METHOD OF STOWING ELECTRODE CYLINDRICAL WORKPIECES IN GRAPHITIZING FURNACE 0
  • Znamerovskij Vladimir Yurevich
  • Kotsyur Valerij Andreevich
  • Kuznetsov Dmitrij Mikhajlovich
  • Shadrina Evdokiya Pavlovna
  • Baranovskij Yurij Izrailevich
  • Malenko Anatolij Filippovich
SU1350110A1

RU 2 608 572 C2

Authors

Perevezentsev Valentin Petrovich

Danilov Egor Andreevich

Petrov Aleksej Viktorovich

Dates

2017-01-23Published

2014-11-19Filed