Method of making ceramic-clad metal structures

Claim 1

THE METHOD OF PRODUCING A CERMET STRUCTURE COMPRISING THE STEPS OF ELECTROPLATING CODEPOSITING OUT OF LIQUID MEDIA UPON THE SURFACE OF A MOLYBDENUM SUBSTRATE A COATING COMPOSED OF A MIXTURE OF 60% BY WEIGHT NICKEL OXIDE AND 40% BY WEIGHT CHROMIUM OXIDE, FIRING SAID COATED SUBSTRATE IN A HYDROGEN ATMOSPHERE AT A TEMPERATURE OF ABOUT 1200*C. TO REDUCE THE OXIDES TO THE METALS, ELECTROPHORETICALLY CODEPOSITING OUT OF LIQUID MEDIA UPON THE SURFACE OF THE COATED MOLYBDENUM SUBSTRATE A SECOND COATING COMPOSED OF A MIXTURE OF 50% OF A MIXTURE COMPRISING 60% BY WEIGHT OF NICKEL OXIDE AND 40% BY WEIGHT OF CHROMIUM OXIDE WITH OF NICKEL OXIDE WEIGHT OF MOLYBDENUM DISILICIDE, AND FIRING SAID SECOND COATED SUBSTRATE IN A HYDROGEN ATMOSPHERE AT A TEMPERATURE BETWEEN 1150 AND 1200*C. TO REDUCE THE OXIDES TO THE METALS AND CHEMICALLY BOND THE MOLYBDENUM DISLICIDE TO THE SURFACE OF THE COATED MOLYBDENUM SUBSTRATE.

Claim 2

THE METHOD OF PRODUCING A CERMET STRUCTURE COMPRISING THE STEPS OF ELECTROPLATING CODEPOSITING OUT OF LIQUID MEDIA UPON THE SURFACE OF A MOLYBDENUM SUBSTRATE A COATING COMPOSED OF A MIXTURE OF 60% BY WEIGHT NICKEL OXIDE AND 40% BY WEIGHT CHROMIUM OXIDE, FIRING SAID COATED SUBSTRATE IN A HYDROGEN ATMOSPHERE AT A TEMPERATURE OF ABOUT 1200*C. TO REDUCE THE OXIDES TO THE METALS, ELECTROPHORETICALLY CODEPOSITING OUT OF LIQUID MEDIA UPON THE SURFACE OF THE COATED MOLYBDENUM SUBSTRATE A SECOND COATING COMPOSED OF A MIXTURE OF 50% OF A MIXTURE COMPRISING 60% BY WEIGHT OF NICKEL OXIDE AND 40% BY WEIGHT OF CHROMIUM OXIDE WITH OF NICKEL OXIDE WEIGHT OF MOLYBDENUM DISILICIDE, AND FIRING SAID SECOND COATED SUBSTRATE IN A HYDROGEN ATMOSPHERE AT A TEMPERATURE BETWEEN 1150 AND 1200*C. TO REDUCE THE OXIDES TO THE METALS AND CHEMICALLY BOND THE MOLYBDENUM DISLICIDE TO THE SURFACE OF THE COATED MOLYBDENUM SUBSTRATE.