skip to main content

Title: Magnetohydrodynamic electrode

A ceramic-metal composite suitable for use in a high-temperature environment consists of a refractory ceramic matrix containing 10 to 50 volume percent of a continuous high-temperature metal reinforcement. In a specific application of the composite, as an electrode in a magnetohydrodynamic generator, the one surface of the electrode which contacts the MHD fluid may have a layer of varying thickness of nonreinforced refractory ceramic for electrode temperature control. The side walls of the electrode may be coated with a refractory ceramic insulator. Also described is an electrode-insulator system for a MHD channel.
 [1] ;  [2]
  1. (Chicago, IL)
  2. (Naperville, IL)
Publication Date:
OSTI Identifier:
Report Number(s):
US 4128776
Resource Type:
Research Org:
Argonne National Laboratory (ANL), Argonne, IL
Country of Publication:
United States
magnetohydrodynamic; electrode; ceramic-metal; composite; suitable; high-temperature; environment; consists; refractory; ceramic; matrix; containing; 10; 50; volume; percent; continuous; high-temperature; metal; reinforcement; specific; application; composite; electrode; magnetohydrodynamic; generator; surface; electrode; contacts; mhd; fluid; layer; varying; thickness; nonreinforced; refractory; ceramic; electrode; temperature; control; walls; electrode; coated; refractory; ceramic; insulator; described; electrode-insulator; mhd; channel; ceramic insulator; magnetohydrodynamic generator; temperature control; ceramic matrix; volume percent; specific application; metal composite; refractory ceramic; refractory ceramic; refractory ceramic; mhd fluid; mhd channel; temperature environment; ceramic-metal composite; matrix containing; composite suitable; varying thickness; high-temperature environment; temperature metal; magnetohydrodynamic electrode /310/252/