METHOD OF MICROWAVE-PLASMA-ENHANCED DEPOSITION OF DIELECTRIC FILMS ON METALLIC SURFACES WITH SMALL RADIUS OF CURVATURE Russian patent published in 2003 - IPC

Abstract RU 2215820 C2

FIELD: plasma technology. SUBSTANCE: invention, in particular, relates to deposition of dielectric films with crystalline phase inclusions and can find use when manufacturing different tools, in particular for medical application. Method involves synthesis in crossed streams of plasma-forming and silicon-containing gases on a surface being treated preheated to 80-200 C by IR radiation or near the surface. IR radiation is oriented against plasma stream and the surface is arranged in parallel to radiation and rotated round its longitudinal axis. Heated surface is preliminarily insulated from installation body, affected by crystalline material stream, and positive relative plasma constant electric potential is introduced. EFFECT: enabled formation of thickness-uniform dielectric coatings with crystalline inclusions on small-curvature radius metallic tools. 3 ex

Similar patents RU2215820C2

Title Year Author Number
SHF-PLASMA DEPOSITION OF DIELECTRIC FILMS ON METAL SURFACES 1997
  • Red'Kin S.V.
  • Aristov V.V.
RU2117070C1
PROCESS OF PLASMA-CHEMICAL PICKLING OF SILICON-CARRYING MATERIALS 1997
  • Red'Kin S.V.
  • Aristov V.V.
RU2141701C1
HOLLOW-CATHODE PLASMA SOURCE 2002
  • Sikharulidze G.G.
RU2211502C1
METHOD OF ANALYSIS OF SOLID BODIES WITH USE OF ION SOURCE OF GLOW DISCHARGE WITH HOLLOW CATHODE 2000
  • Sikharulidze G.G.
RU2174676C1
DEVICE FOR MICROWAVE PLASMA TREATMENT OF MATERIALS 1999
  • Red'Kin S.V.
  • Aristov V.V.
RU2157061C1
ATOMIC-FLUORESCENT ANALYZER WITHOUT DISPERSION 1994
  • Khvostikov V.A.
  • Grazhulene S.S.
RU2085912C1
PLASMA ION SOURCE 1998
  • Sikharulidze G.G.
  • Lezhnev A.E.
RU2147387C1
METHOD TO PRODUCE ORIENTED MONOCRYSTALLINE FILMS OF MAGNETIC MATERIALS 1994
  • Levashov V.I.
  • Matveev V.N.
RU2068026C1
PLASMA ION SOURCE 1994
  • Sikharulidze G.G.
  • Lezhnev A.E.
RU2083020C1
METHOD FOR REDUCING BACKGROUND IN GLOW-DISCHARGE ION SOURCE 2004
  • Sikharulidze Georgij Georgievich
RU2269178C1

RU 2 215 820 C2

Authors

Red'Kin S.V.

Aristov V.V.

Dates

2003-11-10Published

2001-12-27Filed