Oxidation protection of a chromium alloy by nickel-alloy claddings
Oxidation and nitrogen absorption protection of Cr alloy by Ni alloy claddings applied by gas pressure bonding
Bartlett, E. S.↗
Engineering topics
English, J. J.
Publications and source records attributed to English, J. J..
Highly stable high-rate discriminator for nuclear counting
Pulse amplitude discriminator is specially designed for nuclear counting applications. At very high rates, the threshold is stable. The output-pulse width and the dead time change negligibly. The unit incorporates a provision for automatic dead-time correction.
English, J. J.↗
Development of protective coatings for chromium-base alloys
Resistance to oxidation and nitrogen absorption during cyclic oxidation of metallic cladding systems applied to chromium based alloys by gas pressure bonding
Bartlett, E. S.↗
Development of protective coatings for chromium-base alloys Semiannual progress report
Feasibility of using ductile nickel-chromium alloy claddings to protect chromium alloy turbine vanes and blades
VANE↗
Development of Protective Coatings for Chromium-Base Alloys
Chromium alloy sheet was clad with 5 to 10-mil-thick oxidation-resistant nickel-base alloy foils. Specimens also contained 1/2 to 1-mil-thick intermediate layers of platinum, tungsten, and/or W-25Re. Cladding was done by the isostatic hot gas-pressure bonding,.process. The clad chromium-alloy specimens were cyclic oxidation tested at 2100 F and 2300 F for up to 200 hours to determine the effectiveness of these metal claddings in protecting the chromium alloy Cr-5W from oxidation and contamination. Cladding systems consisting of 5-mil-thick Ni-20Cr-20W modified with 3 to 5 weight percent aluminum and containing a 1 /2-mil tungsten diffusion barrier demonstrated potential for long-time service at temperatures as high as 2300 F.
English, J. J.↗