DEVICE FOR GENERATING HIGH-TEMPERATURE PLASMA BASED ON MULTI-WIRE LINER, METHOD OF ASSEMBLING SAID DEVICE AND ACCESSORIES THEREOF Russian patent published in 2010 - IPC H05H1/06 G21B1/11 G21B1/25 

Abstract RU 2388193 C1

FIELD: physics.

SUBSTANCE: group of inventions relates to high energy density physics and thermonuclear fusion and can be used to generate powerful streams of soft X-rays (SXR) required to solve a range of practical tasks, e.g. for analysing soft X-ray generation processes when collapsing plasma liners. In the device for generating high-temperature plasma based on a multi-wire liner, the current conducting component additionally has an annular groove. A U-shaped spring whose curved part is inserted into the groove is attached using material which fills the annular groove, e.g. epoxy adhesive. Both ends of the spring form cantilever arms, one which is rigid and the other can bend. On the free end there is a support element which is fastened to the second connection element of the wire. The annular groove can be made in a ring which is attached to the current conducting component. In the method of assembling the device for generating high-temperature plasma based on a multi-wire liner, the cavity annular groove of the ring, which is a component part of one of the current conducting components, is filled with material. Using tools, cantilever springs are inserted radially such that planes passing through their cantilevers intersect with the axis of symmetry of the multi-wire liner. After solidification of the material in the annular groove, the ring is fastened to the current conducting component such that angular positions of cantilever springs and grooves for putting wires on the current conducting component coincide in the plane perpendicular the common axis of symmetry of the device. When fastening connection elements of the wires to support elements of the springs, their cantilevers are bent and then released after fastening, that way ensuring tension in each wire. The tool for fastening springs to the current conducting component has a base, a collector and a load. On the base there is a mandrel, radial grooves and guide elements. In the collector there are radial grooves and guide elements. Guide elements of the base and collector are mated. Then number of radial grooves in the base and collector is equal and their angular positions coincide. There is another guide element in the load, which is mated with the guide element of the base. The load is pressed to the base. The tool can have fastening elements which fastened the collector to the base.

EFFECT: design of a device for generating high-temperature plasma based on a multi-wire liner.

5 cl, 6 dwg

Similar patents RU2388193C1

Title Year Author Number
DEVICE FOR PRODUCING HIGH-TEMPERATURE PLASMA ON BASIS OF MULTIWIRE LINER (VERSIONS), METHODS FOR DEVICE ASSEMBLING (VERSIONS) AND APPLIANCE FOR ITS PERFORMING 2007
  • Pikulin Igor' Valentinovich
  • Ermishin Nikolaj Aleksandrovich
  • Malinov Vladimir Ivanovich
  • Golubev Petr Ivanovich
RU2356191C1
WIRE LINER (ALTERNATIVES), WIRE LINER ASSEMBLY METHOD (ALTERNATIVES), AND DEVICE FOR BINDING PARTS 2005
  • Ermishin Nikolaj Aleksandrovich
  • Korjakin Jurij Mikhajlovich
  • Golubev Petr Ivanovich
  • Pikulin Igor' Valentinovich
  • Skorochkin Jurij Vasil'Evich
RU2291502C1
PLASMA LINER (ALTERNATIVES), METHOD AND DEVICE FOR PLASMA LINER ASSEMBLING (ALTERNATIVES) 2003
  • Ermishin Nikolaj Aleksandrovich
  • Golubev Petr Ivanovich
  • Pikulin Igor' Valentinovich
  • Korjakin Jurij Mikhajlovich
RU2281568C2
DEVICE FOR GENERATING HIGH-TEMPERATURE PLASMA BASED ON MULTI-WIRE LINER, METHOD OF ASSEMBLING SAID DEVICE, APPARATUS FOR REALISING SAID METHOD, METHOD OF DISMANTLING SAID DEVICE AND APPARATUS FOR REALISING SAID METHOD 2008
  • Pikulin Igor' Valentinovich
  • Ermishin Nikolaj Aleksandrovich
  • Malinov Vladimir Ivanovich
  • Golubev Petr Ivanovich
RU2388079C1
PRECISION MULTI-WIRE LINER 2017
  • Pikulin Igor Valentinovich
  • Repin Pavel Borisovich
  • Maksakov Aleksej Viktorovich
  • Semenov Fedor Vyacheslavovich
  • Barynkin Oleg Evgenevich
RU2643167C1
DEVICE FOR PRODUCING DENSE HIGH TEMPERATURE PLASMA IN Z-PINCH 2006
  • Selemir Viktor Dmitrievich
  • Repin Pavel Borisovich
  • Orlov Andrej Petrovich
  • Pikulin Igor' Valentinovich
RU2315449C1
DEVICE FOR PRODUCING HIGH-TEMPERATURE PLASMA BUILT AROUND MULTIWIRE LINER 2002
  • Dubinov A.E.
  • Sajkov S.K.
  • Selemir V.D.
RU2222120C2
POSITION-SENSITIVE DETECTOR OF THERMAL AND COLD NEUTRONS FROM COMPACT ANALYSED SAMPLE 2023
  • Kolesnikov Aleksandr Georgievich
  • Zalikhanov Boris Zhanakaitovich
  • Bodnarchuk Viktor Ivanovich
RU2816244C1
POSITION-SENSITIVE GAS DETECTOR OF THERMAL AND COLD NEURONS 2022
  • Kolesnikov Aleksandr Georgievich
  • Zalikhanov Boris Zhanakaitovich
  • Bodnarchuk Viktor Ivanovich
  • Kryukov Yurij Alekseevich
RU2797497C1
METHOD AND DEVICE FOR MANUFACTURING MAGNETIC FLUX CATCHING AND COMPRESSING SHELL 2003
  • Bykov A.I.
  • Dolotenko M.I.
  • Zenkov D.I.
  • Kozlov M.B.
  • Kolokol'Chikov N.P.
RU2253165C2

RU 2 388 193 C1

Authors

Pikulin Igor' Valentinovich

Ermishin Nikolaj Aleksandrovich

Malinov Vladimir Ivanovich

Golubev Petr Ivanovich

Dates

2010-04-27Published

2008-10-20Filed