Steady-state performance of a SNAP-8 double- containment tantalum-stainless steel mercury boiler
Performance tests of SNAP 8 double-containment tantalum-stainless steel mercury boiler
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Performance tests of SNAP 8 double-containment tantalum-stainless steel mercury boiler
Fracture tests of thin metal sections containing through and part-through cracks
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Solution for finite-amplitude free oscillations of fluid in partially filled axisymmetric container
Hydrogen halide cleaning of nickel 20 chromium containing dispersed thoria
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Butadiene is polymerized with lithium-p-lithiophenoxide to produce linear polymer containing oxy-lithium group at one end and active carbon-lithium group at other end. Living polymers represent new approach to preparation of difunctional polymers in which structural features, molecular weight, type and number of end groups are controlled.
Computer program, STADDIG, is based on steady state, one dimensional heat transfer calculation using cylindrical coordinates. Program allows for conduction across gas and container walls. Heat is dissipated from walls by forced convection cooling with incompressible coolant. Heat sources are included in coolant, gas, and walls.
Simulated-fuel containment in RF heated and unheated two-component vortexes for application to nuclear light bulb engine
Impact tests of two 2-foot diameter containment models for mobile nuclear reactors
Synthesis of siloxane containing epoxy polymers with low dielectric properties