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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Integrated modeling for residual stress and failure behavior in welded Grade 91 steel cladded with nickel alloy
Not Available
Study of neutronic and creep properties of Kanthal APMT for advanced fuel cladding applications
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Advanced Characterization of Irradiated Silicon Carbide Claddings [Slides]
The report is to present at GA's workshop for SiC PIE characterization, including XCT, FIB, TEM and APT analysis.
Engineering Core-Clad Structures in Single-Crystal Sapphire Fibers via Dopant Segregation
This poster was displayed at UPISC. It details NETL advancements in single crystal optical fiber.
Tailored Compositionally Complex Claddings for Enhanced Pulsed Power Performance
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Neutron Irradiation and Postirradiation Examination of Chromium-Coated Framatome M5 Cladding
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Connecting Steady State and Transient Deformation Mechanisms of Zircaloy-4 Fuel Cladding
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Advanced Fuels Campaign Plan to Support the Establishment of a Cladding Time-at-Temperature Criteria
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Development of ductile cladding for TD-nickel turbine vane applications Final report, 5 Jul. 1967 - 31 Dec. 1968
Slurry technique for applying NI-CR-AL-SI coatings to TD-NI
Ultrasonic control of stainless steel clad tubes of the El4 reactor
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Improved method for cladding the inside of metal tubes
Creep characteristics of molybdenum at high temperature and stress are utilized to compress tungsten foil liner against inner surface of tantalum alloy cylinder to form bond at interface. Temperature and pressure can be accurately controlled and size of workpiece is limited only by furnace size.
Radiation from circumferential slots on plasma-clad cones
Slot antenna radiation pattern distortion produced by boundary layer plasma sheath around conical reentry vehicles
Use of high conductivity cladding material on D-shaped coolant passages in nozzles to reduce tube-wall crest temperatures
Analysis of wall temperatures in rocket engine cooling system using D-shaped copper and stainless steel tubes for reduction of tube-wall crest temperatures
Evaluation of clad scintillating light pipes
Arrays of fibers made of scintillating material were used as position-sensitive detectors or hodoscopes for beam-finding at ion accelerators. Experiments were made with alpha's from an Am241 source incident upon one end of the fiber, the other end being viewed with a photomultiplier tube. The scintillation light was not detected in any of the fibers tested beyond about 5 cm. The effective useful lengths for detection of relativistic heavy ions were given.
Investigation of semiconductor clad optical waveguides
Glass waveguides are studied because of the ease and economy of fabricating devices in glass. All calculations are based on the assumption of a glass guide and substrate, but the effects being studied will occur on other materials if the proper refractive indices are used in the calculations.