High Temperature Material Processes: An International Quarterly of High-Technology Plasma Processes
Publication de 4 numéros par an
ISSN Imprimer: 1093-3611
ISSN En ligne: 1940-4360
IF:
0.4
Immediacy Index:
0.1
Eigenfactor:
0.00005
JCI:
0.07
SJR:
0.198
SNIP:
0.48
CiteScore™::
1.1
H-Index:
20
Indexed in
INDUSTRIAL APPLICATIONS WITH THE ATMOSPHERE AND TEMPERATURE CONTROLLED PLASMA SPRAYING PROCESS
Volume 5,
Numéro 1, 2001,
10 pages
DOI: 10.1615/HighTempMatProc.v5.i1.40
RÉSUMÉ
Initially, the Atmosphere and Temperature Controlled (A.T.C.) Plasma Spraying Process was developed to successfully deposit oxygen-sensitive materials on heat-sensitive substrates. The development of the three following industrial applications will be considered:
- - double coatings onto small complex geometrical shapes
- - freestanding B4C louvers to protect the walls of a chamber containing a high-powered laser
- - large freestanding manufactured pieces, as for example, the ceramic carriers for an X-ray telescope.
The two other applications use the plasma forming technique to obtain freestanding workpieces. In the first case, the production of B4C ultra high-density workpieces required a high powered Ar/H2 plasma in an oxygen free enclosure. Consequently, to limit thermal stresses, a rapid liquid argon cooling process was required. In the second case, the same technique was used to produce 600 mm wide Al2O3-TiO2 freestanding workpieces that were the lightest and stiffest possible. Here, the cooling was done with liquid CO2 while the plasma spraying conditions were also with Ar/H2 gas.
426 Vues d'articles
13 Téléchargements d'articles
Métrique
Articles avec un contenu similaire:
Dernier numéro
DETERMINATION OF THE MASS BALANCE OF HIGH-CARBON FERROCHROME IN A SUBMERGED ARC FURNACE
RHEOLOGICAL BEHAVIOR AND 3D PRINTING OF HIGHLY FILLED ALUMINA-POLYAMIDE FILAMENTS DURING FUSED DEPOSITION MODELING
SCRATCH TESTING OF ZrN COATING ON TI-6AL-4V TITANIUM ALLOY SURFACE PRELIMINARY TREATED BY COMPRESSION PLASMA FLOWS IMPACT
ELECTRON-BEAM SINTERING OF ZIRCONIUM DIOXIDE/TITANIUM CERAMICS FOR MICROELECTRONICS PRODUCTS
THE EFFECT OF THE FLUORINE CONCENTRATION IN A PLASMA-FORMING GAS MIXTURE ON THE CHEMICAL COMPOSITION, SURFACE CHARGE, AND RELIEF PARAMETERS OF FLUOROCARBON COATINGS ON PET
PREPARATION AND THERMOELECTRIC PROPERTIES OF p-TYPE Ag(1-x)Cu(1+x)Te SAMPLES BY SPARK PLASMA SINTERING METHOD
Prochains articles
PLASMA DISCHARGE IN LIQUID MEDIA UNDER THE EFFECT OF ULTRASOUND FOR THE SYNTHESIS OF FILLERS FOR POLYMER COMPOSITES WITH ENHANCED MECHANICAL STRENGTH AND GAS PERMEABILITY
THE QUALITY OF THIN-WALLED STRUCTURES OF AlSi10Mg PRODUCED BY SELECTIVE LASER MELTING
PHYSICAL AND MECHANICAL PROPERTIES AND OPERATIONAL CHARACTERISTICS OF CORONA SPRAYED POWDER COATINGS
Increasing the wear resistance of titanium alloys by deposition of a modifying coating (Zr,Nb)N
Electron-beam synthesis of zirconia ceramic coatings in the forevacuum pressure range
Preparation and Thermoelectric Properties of P-type Ag(1-x)Cu(1+x)Te Samples by SPS Method
The effect of the fluorine concentration in a plasma-forming gas mixture on the chemical composition, surface charge and relief parameters of fluorocarbon coatings on PET
Electron beam sintering of zirconium dioxide/titanium ceramics for microelectronics products