PLASMATRON WITH LIQUID-ELECTROLYTE CATHODE Russian patent published in 2003 - IPC

Abstract RU 2219684 C2

FIELD: plasma engineering, plasma chemistry, and other industries. SUBSTANCE: proposed plasmatron designed for use in liquid-electrolyte electrical-discharge devices and means for cleaning air from pollutants such as sulfur and nitrogen oxides, and the like has electrolyte bath with current duct and metal anode. Electrolyte bath has metal cover with central hole and axisymmetric hollow metal anode attached to metal cover on its underside coaxially with hole. Electrolyte bath and metal anode are manufactured so as surface area of electrolyte in bath were larger by an order of magnitude than area of anode effective end; electrolyte bath is also provided with holes in bottom part of side walls for pumping electrolyte. EFFECT: enhanced plasmatron power and plasma flow dynamic head. 1 cl

Similar patents RU2219684C2

Title Year Author Number
PLASMATRON WITH LIQUID ELECTROLYTIC CATHODE 2005
  • Tazmeev Kharis Kajumovich
  • Tazmeeva Ramilja Nuriakhmetovna
RU2286033C1
GLOW DISCHARGE PLASMA GENERATOR WITH LIQUID ELECTROLYTE CATHODE 2003
  • Tazmeev A.Kh.
  • Tazmeev Kh.K.
RU2255436C1
PLASMA GENERATOR WHICH HAS LIQUID ELECTRODES 1999
  • Tazmeev Kh.K.
  • Tazmeev B.Kh.
RU2159520C1
METHOD AND DEVICE FOR PRODUCING PLASMA CURRENT FROM ELECTROLYTE VAPORS 2003
  • Tazmeev Kh.K.
  • Tazmeev A.Kh.
RU2242848C1
PROCESS OF GENERATION OF ELECTROLYTIC ELECTRIC DISCHARGE AND GEAR FOR ITS IMPLEMENTATION 1999
  • Tazmeev Kh.K.
  • Tazmeev B.Kh.
RU2169443C1
METHOD AND DEVICE FOR PRODUCING GLOW DISCHARGE BETWEEN LIQUID-ELECTROLYTE CATHODE AND SOLID-STATE ANODE 2003
  • Tazmeev A.Kh.
  • Tazmeev Kh.K.
RU2237391C1
METHOD FOR IGNITING ELECTRIC DISCHARGE BETWEEN TWO LIQUIDS AND DEVICE WHICH IMPLEMENTS METHOD 1998
  • Tazmeev Kh.K.
  • Tazmeev B.Kh.
  • Brjankin O.Ju.
RU2148295C1
ELECTRODE ASSEMBLY 2004
  • Tazmeev Kh.K.
  • Tazmeeva R.N.
RU2258329C1
ELECTRODE UNIT 1999
  • Tazmeev Kh.K.
  • Tazmeev B.Kh.
RU2149523C1
METHOD FOR INITIATING HIGH-VOLTAGE DISCHARGE BETWEEN LIQUID ELECTROLYTE CATHODE AND SOLID STATE ANODE PARTIALLY IMMERSED IN ELECTROLYTE 2003
  • Tazmeev Kh.K.
  • Tazmeev A.Kh.
RU2241320C1

RU 2 219 684 C2

Authors

Tazmeev Kh.K.

Tazmeev A.Kh.

Dates

2003-12-20Published

2002-03-19Filed