ION-OPTICAL ION SOURCE SYSTEM Russian patent published in 2023 - IPC H01J27/08 H01J37/08 

Abstract RU 2794724 C1

FIELD: high-intensity ion beam sources.

SUBSTANCE: invention relates to ion-optical systems of ion sources designed to operate in a stationary mode. The ion-optical system of the ion source consists of a support flange, on which plasma, accelerating and grounded electrodes are located on insulator stands, each of which contains a plurality of slotted holes. The electrodes are divided into segments. An ion beam is formed in the slot apertures, and the channels of the cooling system are located in the bridges between the slots. Multi-aperture mesh segments are sealed to a common holder and serve as a header for supplying and draining coolant for electrode mesh segments. The coolant is supplied to the collectors through tubes that run inside the insulators, on which the electrode holders rest through the adjusting washers.

EFFECT: increased reliability of the formation of ion beams of high intensity and long duration under conditions of high thermal loads.

1 cl, 1 dwg

Similar patents RU2794724C1

Title Year Author Number
DEVICE FOR STATIONARY GENERATION OF ION BEAM 2016
  • Barinov Mikhail Aleksandrovich
  • Panasenkov Aleksandr Aleksandrovich
  • Petrov Vyacheslav Sergeevich
RU2642852C1
PLASMA ION SOURCE 2008
  • Vavilin Konstantin Viktorovich
  • Kral'Kina Elena Aleksandrovna
  • Pavlov Vladimir Borisovich
  • Ko Seok Keun
  • Li Cheol Su
RU2371803C1
NEUTRAL PARTICLE BEAM INJECTOR BASED ON NEGATIVE IONS 2012
  • Belchenko Yurij Ivanovich
  • Burdakov Aleksandr Vladimirovich
  • Davydenko Vladimir Ivanovich
  • Dimov Gennadij Ivanovich
  • Ivanov Aleksandr Aleksandrovich
  • Kobets Valerij Vasilevich
  • Smirnov Artem Nikolaevich
  • Binderbauer Mikhl V.
  • Sevier Donald L.
  • Richardson Terens E.
RU2619923C2
NEUTRAL PARTICLE BEAM BASED INJECTOR BASED ON NEGATIVE IONS 2017
  • Belchenko Yurij Ivanovich
  • Burdakov Aleksandr Vladimirovich
  • Davydenko Vladimir Ivanovich
  • Dimov Gennadij Ivanovich
  • Ivanov Aleksandr Aleksandrovich
  • Kobets Valerij Vasilevich
  • Smirnov Artem Nikolaevich
  • Binderbauer Mikhl V.
  • Sevier Donald L.
  • Richardson Terens E.
RU2741793C2
METHOD OF PERFORATING HOLES IN ELECTRODES OF ION OPTICAL SYSTEM 2016
  • Gorokhov Viktor Dmitrievich
  • Ivanov Andrej Vladimirovich
  • Dronov Pavel Aleksandrovich
  • Spivak Oleg Olegovich
  • Natalchenko Timur Dmitrievich
  • Derkachev Aleksej Borisovich
RU2641641C2
METHOD OF PRODUCING ELEMENTS AND ASSEMBLIES OF ION OPTICAL SYSTEM (VERSIONS), ION-OPTICAL SYSTEM 2015
  • Baskakov Aleksej Vasilevich
  • Dronov Pavel Aleksandrovich
  • Ivanov Andrej Vladimirovich
  • Spivak Oleg Olegovich
  • Natalchenko Timur Dmitrievich
  • Simonov Vitalij Yurevich
  • Stepanishchev Sergej Vladimirovich
RU2608188C1
PLASMA ION SOURCE AND ITS OPERATING PROCESS 2000
  • Bugrov G.Eh.
  • Kondranin S.G.
  • Kral'Kina E.A.
  • Pavlov V.B.
RU2167466C1
APPARATUS FOR PRODUCING A WIDE-APERTURE LOW-ENERGY ION FLUX 2019
  • Ashurbekov Nazir Ashurbekovich
  • Iminov Kadi Osmanovich
  • Zakaryaeva Madina Zakaryaevna
  • Murtazaeva Asiyat Akaevna
  • Shakhsinov Gadzhi Shabanovich
RU2722690C1
METHOD OF ION-BEAM PROCESSING OF PRODUCTS WITH A LARGE SURFACE AREA 2015
  • Gavrilov Nikolaj Vasilevich
  • Emlin Daniil Rafailovich
  • Tretnikov Petr Vasilevich
RU2619460C1
TIME-OF-FLIGHT PLASMA ION SPECTROMETER 2017
  • Ryabchikov Aleksandr Ilich
  • Ananin Petr Semenovich
  • Sivin Denis Olegovich
  • Shevelev Aleksej Eduardovich
  • Dektyarev Sergej Valentinovich
RU2658293C1

RU 2 794 724 C1

Authors

Amirov Vladislav Kharisovich

Deichuli Petr Petrovich

Ivanov Aleksandr Aleksandrovich

Sorokin Aleksei Valerevich

Dates

2023-04-24Published

2022-09-29Filed